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KSA taps the sun to meet a third of its energy needs

Kingdom issues global tender for 2 solar plants

Jun 13, 2016


Saudi Gazette report

RIYADH — Saudi Electricity Company (SEC) is inviting bids from international developers to build two solar-power plants in the Kingdom’s northern region, SEC announced on its website.

The plants will each generate as much as 50 megawatts using photo-voltaic technology, which produces power directly for solar cells, according to a tender announcement that Saudi Electricity Co. posted on its website.

The utility is asking international companies to submit expressions of interest for the projects by June 20.

The plants will be located at Al-Jouf and Rafha, SEC said.

The tender is the first by Saudi Arabia to seek international partners to cooperate in building and operating renewable-energy facilities, according to the Middle East Solar Industry Association.

Saudi Arabia is developing renewable energy to take advantage of its ample sunlight and to diversify energy supply amid rising demand.

Yet renewable resources will only account for about 10 percent of total power capacity compared with the previous target of about 50 percent, Energy Minister Khalid Al-Falih said last week during a presentation of the Kingdom’s long-term strategy to overhaul the economy.

HSBC Holdings Plc’s Saudi unit is acting as financial consultant for the tender, DLA Piper is legal adviser, and DNV GL is technical consultant, Saudi Electricity said.

http://saudigazette.com.sa/saudi-arabia/kingdom-issues-global-tender-2-solar-plants/

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Disappointing that the aim was reduced by 40%. I hope that this will only be temporary. Moreover no mention about wind energy or other renewable energy in that article. I stopped following news on this front some time ago so I have to update myself. Anyway 10% is better than nothing in a country like KSA where the energy use and demand is one of the highest in the world.

However it is certain that solar energy will become a bigger thing for each year as technology improves and KSA is in a perfect position to gain a lot from this as this thread clearly demonstrates. Similarly with wind energy.


Vision 2030 and solar energy: A timely development

Friday, 29 April 2016


Ahmed S. Nada


Much has already been said about the potential for the Kingdom of Saudi Arabia to harness the power of solar energy. In the years that I’ve been in the solar energy industry, rarely a conference goes by that does not have a segment dedicated to talking about the country and how renewable energy must be factored into its future.

With the launch of Vision 2030, by Prince Mohammad bin Salman bin Abdulaziz Al-Saud, Deputy Crown Prince and Chairman of the Council of Economic and Development Affairs, the solar energy industry can now stop speaking in speculative terms. That potential is now well defined and backed by the country’s visionary leaders. The future is now.

The Vision 2030 document reveals a well-thought-out strategy that takes into consideration Saudi Arabia’s strengths and its capabilities. The focus on specific sectors, including renewables, is deliberate and evidently backed by a solid socio-economic rationale.

I have no doubt that there are far more qualified experts who can comment on the various sectors included in the document and I will focus my analysis on the two paragraphs that succinctly summarize Saudi Arabia’s emphasis on developing its new renewable energy market.

"By reviewing the legal and regulatory framework with a view to facilitate private sector investment in renewable energy, Saudi Arabia effectively signals that it is open for business"
Ahmed S. Nada

First and foremost, the upcoming launch of the King Salman Renewable Energy Initiative and an “initial” renewable energy target of 9.5 gigawatts (GW) made headlines for obvious reasons. What differentiates this from previous initiatives announced by the country, is that Vision 2030 is the highest level commitment to renewable energy ever seen from the Kingdom.

The “initial” target suggests that the country will grow its renewable energy capacity in increments, taking advantage of future cost declines and efficiency improvements, while also leaving the door open for emerging technologies.

The second point that stood out was the country’s commitment to “guarantee the competitiveness of renewable energy through the gradual liberalization of the fuel market.” This, in my opinion, is clear evidence that the government fully intends to deliver on its renewable energy goals.


Liberalizing the fuel market
Subsidies for conventional fuels tend to hinder the adoption of renewables in many net energy exporting countries, for the simple reason that renewables simply cannot compete on an uneven playing field where subsidized oil is fueling domestic power generation.

By liberalizing the fuel market, Saudi Arabia will effectively grant renewable energy technologies, such as thin film photovoltaic (PV) solar, a level playing field on which to successfully compete against conventional generation as they currently do in other markets.

The document also spells out Saudi Arabia’s ambitions to becoming a renewable energy power house, citing research and development, and manufacturing as elements of the value chain that the country would look to invest in.


Vision 2030 accurately points out that the country has “all the raw ingredients for success” and this cannot be disputed. In fact, with the Balance of Systems – all the components of a PV power plant excluding the module – accounting for roughly a quarter of the cost of a solar power plant, the Kingdom is already well placed to leverage its existing local manufacturing base for the steel, cables and even other components, such as inverters, that are needed to build a utility-scale solar energy program.

The final aspect that needs to be highlighted is the emphasis on public-private partnerships. By reviewing the legal and regulatory framework with a view to facilitate private sector investment in renewable energy, Saudi Arabia effectively signals that it is open for business.


While more details are forthcoming, with the launch of the King Salman Renewable Energy Initiative, my hope is that Saudi Arabia will take a consultative approach on its renewable energy policy framework by leaning on capable, credible industry partners to share their expertise. This will allow the country to skirt the steep learning curve that other markets have had to endure.

Speaking on First Solar’s behalf, I would welcome the opportunity to share our views and over 13GW of global experience with Saudi Arabia, a country that we’ve maintained a longstanding commitment to.
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Ahmed S. Nada is the Vice President and Region Executive for First Solar in the Middle East. With over 13GW of installed capacity, First Solar is a leading global provider of solar energy solutions.

http://english.alarabiya.net/en/vie...30-and-solar-energy-A-timely-development.html

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Saudi Vision 2030 and the Renewables Market

02 May 2016
Mohammed Atif

The Vision 2030 has been published

Towards the end of April 2016, the Kingdom of Saudi Arabia released its much anticipated Vision 2030 with high expectations on reform and transformative change. From a renewable energy perspective, there are only two paragraphs but the commitments are far-reaching:

“Even though we have an impressive natural potential for solar and wind power, and our local energy consumption will increase three fold by 2030, we still lack a competitive renewable energy sector at present. To build up the sector, we have set ourselves an initial target of generating 9.5 gigawatts of renewable energy. We will also seek to localize a significant portion of the renewable energy value chain in the Saudi economy, including research and development, and manufacturing, among other stages.”

Many of the basic details are not new; the King Abdullah City for Atomic and Renewable Energy (KA-CARE) had published a white paper, in 2013 which covered in quite some detail the key steps towards renewables deployment and a market mechanism based on competitive procurement. The Vision 2030 document is silent on the details but does commit to 9.5GW of renewable power generation capacity over the period, specifically mentioning wind and solar. At the moment it is not clear what percentage of these resources are expected to be distributed and connected to the low voltage network versus utility scale plant connected directly to the high voltage network.

The Kingdom is blessed with both wind and solar resources. In August 2015, KA-CARE launched Saudi Arabia’s Renewable Resource Atlas. Information therein indicates annual average wind speeds are estimated at 6.0-8.0 meters per second (m/s). Higher wind speeds of 8.0 m/s and above occur in the northeast and central regions, as well as near mountains in the west. Endowed with some of the highest solar irradiation levels in the world, averaging between 1,800 to 2,200 kWh/m2/yr, Saudi Arabia offers significant solar potential; this is further supported by the significant amount of research and development undertaken on PV plants in sandy and dusty conditions ensuring the technology is vable for desert conditions.

The second paragraph from the renewables section in the Vision 2030 document states:

“From inputs such as silica and petrochemicals, to the extensive expertise of our leading Saudi companies in the production of different forms of energy, we have all the raw ingredients for success. We will put this into practice with the forthcoming launch of the King Salman Renewable Energy Initiative. We will review the legal and regulatory framework that allows the private sector to buy and invest in the renewable energy sector. To localize the industry and produce the necessary skill-sets, we will also encourage public-private partnerships. Finally, we will guarantee the competitiveness of renewable energy through the gradual liberalization of the fuels market.”

This paragraph is quite far reaching and seems to commit the Kingdom to harnessing its natural resources into the manufacture of renewable power materials; developing a domestic manufacturing base. Given the strong focus on private sector participation there is the possibility of a new legal and regulatory framework and models of private sector participation using for example the IPP model and open wholesale trading market models. The well-known feed-in-tariff (FiT) approach has been tried and tested worldwide; most recently in Jordan, Egypt and Dubai.

However, the last statement with respect to guaranteeing the competitiveness of renewable energy implies there will be more emphasis on cost reflective prices for competing fuels. This last point is the linchpin of any successful renewables program and that is fuel pricing reform. This last point however is also sensitive; only recently the minister of water and electricity was dismissed due to fast increases in the water tariffs in the Kingdom which was deemed as socially unacceptable.

Key steps and reforms that maybe taken

It seems that pricing reform in the fuels sector will continue according to the Vision 2030 statements. However, it is likely that the government will be more careful in the implementation of tariff reforms. Tariff reforms in the utility sector have been on-going around the globe for many decades. Furthermore, utilities worldwide it was quite normal in the days when utilities were state owned for electricity, water and other fuels seen to be considered public goods. However, given the sheer cost of subsidies and the relatively lower performance in efficiency, the sector model has changed. Nevertheless, the change was carefully transitioned and multiple tariff structures were developed to ensure for example that exceptions were made for the socially vulnerable. Therefore it is likely that the Kingdom can adopt a new pricing structure for its utilities such that tariffs move towards being cost reflective but that they are also equitable. Based on the latest research in behavioral economics, evidence shows that people have ‘present biases’. This implies that gradual increments in price are far more palatable than extreme price changes.

Legal and regulatory framework needs to ensure that the entire sector is aligned and that there is a very clear concept to development approach to attract private sector investors. Power purchase agreements needs to have a fair balance of risk including currency convertibility issues and connection agreements must be made on the understanding that the grid operator will ensure connection assets are in place in time for energization.

Proposed steps

A vision undoubtedly needs to be supported by a transparent and credible implementation plan. We therefore would recommend the following steps to be taken:

  • Ensure the renewables and energy efficiency programs are aligned in the planning cycle;
  • Re-calibrate the national load forecasts taking into account the energy-water nexus;
  • Based on new load forecasts for both electricity and water and new technologies including renewables and storage begin to establish an optimized investment model based upon economic cost of supply;
  • Optimization needs to run in parallel with both generation and grid flow development assumptions;
  • The optimized scenario can then be adjusted to cater for social considerations and specific policy targets such as 9.5GW of renewables for example; and
  • In order to successfully implement the program a combination of economic optimization and behavioral economics factors must be taken into account.
This approach needs to be run multiple times and account for uncertainty and different scenario assumptions. The Kingdom can then move forwards with its implementation plan to meet future electricity and water demand taking fully account of policy target assumptions for renewables. This way a side-by-side gap analysis can be performed and the legal and regulatory framework can be tested for effectiveness and adjusted as required.

http://blogs.dnvgl.com/energy/saudi-vision-2030-and-the-renewables-market

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Moreover this link below is worth taking a look at.
Named "Saudi Renewables: Is the Sleeping Giant Finally Awakening? "

http://www.shearman.com/~/media/Fil...eping-Giant-Finally-AwakeningPDF-06102016.pdf
 
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This together with promoting energy efficiency at residential, commercial and industrial sector can realize billions in saving..
 
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Saudi Arabia Makes Global Tender for Solar Projects

ON JUNE 2016

Saudi Arabia’s state electricity utility Saudi Electricity Co. has issued a call for tenders for two 50 megawatt solar photovoltaic projects. The two solar farms are to be located in the northern regions of Al-Jouf and Rafha. Each of the two solar projects is expected to attract investment in the amount of $100 million to $120 million.

Speaking to PV Magazine, however, Middle East Solar Industry Association (MESIA) president Hadi Tahboub said that the Saudi Kingdom is “taking tangible steps forward and that is a clear marker of this awakeing regional giant finally embracing renewable energy.”

SOLAR POWER PART OF SAUDI VISION 2030 COMMITMENT
Announcement of these solar project tenders is consistent with the Saudi Vision 2030 plan, which envisions greater use of renewable energy. Saudi Vision 2030 plans to launch the King Salman Renewable Energy Initiative to realize this goal. Saudi Vision 2030 does not set specific quotas for solar, wind, geothermal or other renewable energy targets. The 9.5 gigawatt goal was later clarified by the Kingdom on May 5, stating that the initial goal would be met by 2023.

To make Saudi Arabia more attractive to development of renewable energy, the Kingdom will review the legal and regulatory framework that allows the private sector to buy and invest in the renewable energy sector. To localize the industry and produce the necessary skill-sets, we will also encourage public-private partnerships. Finally, we will guarantee the competitiveness of renewable energy through the gradual liberalization of the fuels market.


Read more about this story at PV Magazine.

http://www.arabianow.org/saudi-arab...al&utm_source=twitter.com&utm_campaign=buffer

Saudi Arabian Minister Tours Solar Power at MENASol 2016

ON JUNE 2016

According to Dr Ibrahim Babelli, Deputy Minister at the Ministry of Economy and Planning, Saudi Arabia can meet its growing power needs solely through the deployment of new solar projects with energy storage.

“We should actually put a hiatus on power plants using fossil fuels and look only for solar as the future for energy in Saudi Arabia,” Babelli said. He further stated that the rising need for baseload power to fuel industrial growth should be met by the targeted deployment of Photovoltaic (PV) power and Concentrated Solar Power (CSP). Such a combination of PV and CSP with storage would be able to cover Saudi Arabia’s seasonal demand peaks and would cost less than new large scale nuclear generation, Babelli told conference attendees.

As Chief Strategist for Saudi Arabia’s King Abdullah City for Atomic and Renewable Energy from 2010 to 2015, Babelli led the development of new regulatory frameworks for renewable and nuclear power.

SAUDI SOLAR ENERGY FIRMS WIN HONORS AT MENASOL 2016
Dr. Babelli made his remarks at the MENASol 2016 conference in Dubai. The annual conference brings senior executives from all over the globe, including key influencers, government officials, C-Level executives from solar engineering, procurement and construction companies throughout the Middle East and North African (MENA) region.

Saudi Arabia’s blossoming renewable energy industry includes firms such as ACWA Power, Abdul Latif Jameel, and Polysilicon Technology Company. At MENASol 2016, ACWA Power won two awards — Photovoltaic Developer of the Year and Concentrated Solar Power Developer of the Year.

Saudi companies have invested close to $5.5 billion in renewable projects globally, and their committed pipeline is about $16 billion by 2018.


Saudi Aramco, the giant national oil company, has increased its participation in the renewable energy space and the firm is looking at wind projects as well as solar projects “from a technology neutral point of view,” Tim Polega, Head of Saudi Aramco’s renewable energy program, said. “As the renewable program starts to move forward in the Kingdom, [Saudi Arabian] companies are expected to play prominent roles, but we also expect a great deal of international participation,” Polega said.

Read more at PhotoVoltaic Insider.

http://www.arabianow.org/saudi-menasol/


Saudi Aramco, GE to install first wind turbine

ON JUNE 2016

Saudi Aramco and GE announced a partnership to install Saudi’s first wind turbine, which will be located at the Turaif Bulk Plant in the north-west of the Kingdom.

The initiative follows the Saudi Vision 2030 target of generating 9.5 gigawatts (GW) of renewable energy. The project marks the first regional installation of GE’s 2.75-120 Wind Turbine, which has been customized specifically for the climatic conditions in Saudi Arabia.

Abdulaziz Al-Judaimi, vice president of Power System, Saudi Aramco, said, “We are committed to efficiently meeting the Kingdom’s energy demand through our fuel optimization program and by supporting renewable energy development. The demo installation of GE’s Wind Turbine will enable Saudi Aramco and GE teams to build expertise in executing wind projects in the system.

Several studies have confirmed the potential for wind generation in the Kingdom, particularly in the northern regions.

SAUDI VISION 2030: WIND TURBINE IS START OF A RENEWABLE ENERGY MARKET
Even though Saudi Arabia has an impressive natural potential for solar and wind power, Saudi energy consumption will increase three fold by 2030. In addition to setting an initial target of generation 9.5 gigawatts of renewable energy, Saudi will also seek to localize a significant portion of the renewable energy value chain in the Saudi economy, including research and development, and manufacturing, among other stages.

Taking the raw ingredients that Saudi has for success, the Kingdom will put this into practice with a forthcoming launch of the King Salman Renewable Energy Initiative. Saudi Arabia will review the legal and regulatory framework that allows the private sector to buy and invest in the renewable energy sector. To localize the industry and produce the necessary skill-sets, the Kingdom will also encourage public-private partnerships and guarantee the competitiveness of renewable energy through the gradual liberalization of the fuels market.


Find the full article on Arabian Business.

http://www.arabianow.org/saudi-arabia-wind-turbine/

Excellent news although I would prefer even more aggressive investments as both solar and wind energy will definitely become major energy sources in the future. Arab countries should cooperate together on this field.

This together with promoting energy efficiency at residential, commercial and industrial sector can realize billions in saving..

Absolutely. Not only though as currently most of the electricity generation derives from fossils (oil and natural gas) and steam. One should not forget that KSA is one of the world's largest electricity consumers in the world (top 20 or 15 if I recall correctly) so investing in other energy sources is in the need of the hour. This will also lower the carbon dioxide emissions and equally as important (if not more) ensure a bigger share of oil and gas export.

way to go saud/

Thank you. Somalia as a member state of the Arab League and as a Horn of Africa country (geographically not that far from Arabia in other words) should cooperate with the Arab world much more and vice versa. A strong and prosperous Horn of Africa is in the interest of all of us. In particular the Arab world. Likewise solar and wind energy are fields that Somalia should invest in jointly with Arab partners.
 
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:cheers:Somalia supports the kingdom on many issues we share a common vision,many somali companies are involved in the bilateral trade of the two countries.
many saudi companies have invested in many sectors inside somalia,somalia is also rich in solar and wind energy ,having the second longest coastline in the mainland africa.
finally we commend KSA`S anti-terror role and backed the saudi efforts in the stability of yemen
Somalia has approved the use of its airspace, territorial waters and land for Saudi-led air strikes against the Houthi rebels in Yemen.

According to security sources in the Somali capital, Mogadishu, the president, Hassan Sheikh Mohamud, gave his consent to the military action during last month’s Arab League summit in Sharm el-Sheikh, Egypt

so overall cooperation is good and many more on the way.
 
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AGENCIES | Published — Sunday 12 June 2016


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JEDDAH: Saudi Electricity Co. (SEC) is seeking bids from international developers to build two solar-power plants in Al-Jouf and Rafha in the north of the country.
SEC said it is inviting expressions of interest from companies or consortiums around the world in building the two plants.
As much as 50 megawatts of capacity will be developed at each site on land provided by SEC, and the developers will sell the electricity to SEC under long-term agreements.
The tender is the first by Saudi Arabia to seek international partners to cooperate in building and operating renewable-energy facilities, according to the Middle East Solar Industry Association.
One Gulf power industry executive estimated that each plant might cost between $100 million and $120 million to build.
HSBC Holdings Plc’s Saudi unit is acting as financial consultant for the tender, DLA Piper is legal adviser, and DNV GL is technical consultant, Saudi Electricity said.
National Transformation Program 2020 announced last week focused on introducing public-private partnerships in which private companies would provide much of the financing for projects and then operate them to earn profits.
In April, Saudi Arabia said it planned to generate 9.5 gigawatts of electricity from renewable energy by 2030 which would help to conserve its oil production for export rather than use in power generation.
Saudi Arabia is developing renewable energy to take advantage of its ample sunlight and to diversify energy supply amid rising demand. Yet renewable resources will only account for about 10 percent of total power capacity compared with the previous target of about 50 percent, Energy, Industry and Mineral Resources Minister Khalid Al-Falih said during a recent presentation of the Kingdom’s long-term strategy to overhaul the economy.
The government is now counting on increased output of natural gas to help cut its reliance on crude oil.

http://www.arabnews.com/node/938561/economy


RASHID HASSAN | Published — Thursday 28 July 2016


sadfco.jpg
RIYADH: In a unique initiative for achieving a sustainable energy mix through a comprehensive renewable energy program, Saudia Dairy and Foodstuff Company (SADAFCO) launched a solar power project in Riyadh atop the car parking of its regional distribution center (RDC) in the capital.
The new commercially viable system is eco-friendly and aimed at reducing its carbon footprint, which is part of the ambitious Vision 2030.
SADAFCO last year in October announced its investment in a SR2 million solar power project for its Riyadh RDC, and now it has commenced operations utilizing a photo-voltaic diesel hybrid system that can deliver up to 40 percent of the facility’s daytime energy requirements.
Commenting on its new operation, Wout Matthijs, CEO of SADAFCO told Arab News on Wednesday, “we are excited that the Riyadh RDC solar project is operational, as it is a huge step toward having a sustainable energy mix.”
While the solar project currently benefits SADAFCO’s Riyadh RDC, it will provide the company with a framework and key insights on the possibilities of a wider implementation across its other locations.
“We are looking forward to find new ways to become more efficient and apply these experiences to other areas in which SADAFCO operates,” Matthijs said.
He said that “this is not just about powering our business, but reducing our operation’s carbon footprint in a way that is socially responsible.”
The uniqueness of the RDC installation is that it has a hybrid diesel-solar configuration and utilizes fuel-saver technology that reduces diesel consumption through advanced control algorithms between the solar energy output and the diesel generators.
Covering a surface area of about 1,600 square meters, over 2,000 solar cells have been installed atop the carport structures in the parking area offering an additional benefit of sun shade for cars, he said.
He added that the Riyadh RDC solar project has been executed on engineering, procurement and construction terms by the National Solar Systems Company, the Kingdom’s leading solar system integrator, which has a long record of successful solar installations since 2004.
The project will operate high performance thin film photo-voltaic modules from US-headquartered First Solar Inc., he said.
These modules deliver more energy than conventional crystalline silicon panels, in the hot, humid and dusty conditions experienced in the greater part of the Kingdom.
The hybrid system will not only result in cost savings from reduced diesel consumption on the generators necessary for an off-the-grid facility, but will decrease pollution as well.
The SADAFCO CEO further pointed out that the company will utilize the most eco-efficient solar technology as it generates 226KW of power from the sun and combines it with output of existing diesel generators.
Referring to a recent report by McKinsey, he pointed that if the Kingdom pursues market-oriented, productivity-focused, post-petroleum reforms, it can double its GDP by 2030, create 6 million new jobs, and raise household incomes by 60 percent.

http://www.arabnews.com/node/960831/saudi-arabia
 
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New advances in solar cell technology
October 5, 2016


A comparison of grain boundaries in MAPbI3 perovskite films following thermal annealing (a), DMF solvent annealing (b), and methylamine post annealing treatment. The methylamine post annealing treatment shows the most improvement, as the grain boundaries become fused and less defined after application. Credit: Yan Jiang
With the high environmental cost of conventional energy sources and the finite supply of fossil fuels, the importance of renewable energy sources has become much more apparent in recent years. However, efficiently harnessing solar energy for human use has been a difficult task. While silicon-based solar cells can be used to capture sunlight energy, they are costly to produce on an industrial scale. Research from the Energy Materials and Surface Sciences Unit at the Okinawa Institute of Science and Technology Graduate University (OIST), led by Prof. Yabing Qi, has focused on using organo-metal halide perovskite films in solar cells. These perovskite films are highly crystalline materials that can be formed by a large number of different chemical combinations and can be deposited at low cost. Recent publications from Prof. Qi's lab cover three different areas of innovation in perovskite film research: a novel post annealing treatment to increase perovskite efficiency and stability, a discovery of the decomposition products of a specific perovskite, and a new means of producing perovskites that maintains solar efficiency when scaled up.

In order to be useful as solar cells, perovskite films must be able to harvest solar energy at a high efficiency that is cost-effective, be relatively easy to manufacture, and be able to withstand the outdoor environment over a long period of time. Dr. Yan Jiang in Prof. Qi's lab has recently published research in Materials Horizons that may help increase the solar efficiency of the organo-metal halide perovskite MAPbI3. He discovered that the use of a methylamine solution during post-annealing led to a decrease in problems associated with grain boundaries. Grain boundaries manifest as gaps between crystalline domains and can lead to unwanted charge recombination. This is a common occurrence in perovskite films and can reduce their efficiency, making the improvement of grain boundary issues essential to maintain high device performance. Dr. Jiang's novel post annealing treatment produced solar cells that had fused grain boundaries, reduced charge recombination, and displayed an outstanding conversion efficiency of 18.4%. His treated perovskite films also exhibited exceptional stability and reproducibility, making his method useful for industrial production of solar cells.

One of the biggest disadvantages to the use of perovskites when compared to silicon in solar cells is their relatively short lifespan. In order to create a solar cell that can withstand the outdoor environment over a long period of time, it is crucial to determine the major products of perovskite decomposition. Previous research on MAPbI3 perovskite films led to the conclusion that the gas products of thermal degradation of this material were methylamine (CH3NH2) and hydrogen iodide (HI). However, exciting new research from Dr. Emilio J. Juarez-Perez, also in Prof. Qi's lab, published in Energy & Environmental Science, shows that major gas products of degradation are methyliodide (CH3I) and ammonia (NH3) instead. Dr. Juarez-Perez used a combination of thermal gravimetric differential thermal analysis (TG-DTA) and mass spectrometry (MS) to correctly determine both the mass loss and chemical nature of these products. Because the products of decomposition have now been correctly identified, researchers can look for ways to prevent degradation of the material, leading to more stable materials for use in the future.


MAPbI3 perovskite films decompose to form methyliodide (CH3I) and ammonia (NH3), determined by thermal gravimetric differential thermal analysis and mass spectrometry. Credit: Emilio J. Juarez-Perez​
A pervasive problem in academic research is often the inability to scale up experiments for use in industry. While perovskite films can be made with relative ease on a small scale in the laboratory, they can be difficult to replicate on the large scale needed for mass production. New research from Dr. Matthew Leyden in the Journal of Materials Chemistry A has the potential to make industrial production of perovskites much easier. His work uses chemical vapor deposition, a cost-effective process commonly used in industry, to create large solar cells and modules of FAPbI3 perovskites. This is one of the first demonstrations of perovskite solar cells and modules fabricated by a method widely employed in industry, making the mass production of perovskite films more feasible. The solar cells and modules produced are significantly larger, e.g., 12 cm2, than those commonly studied in academia, typically <0.3cm2. These solar modules show enhanced thermal stability and relatively high efficiencies, which is impressive as many perovskite solar cells lose efficiency drastically as they are scaled up, making this type of research useful for commercial purposes.

Research from Prof. Qi's research unit has brought perovskite solar cells one step closer to mass production by providing solutions to problems of efficiency, life-span, and scalability. With more exciting research on the horizon, the unit is bringing the dream of utilizing cost-effective renewable energy resources into reality.


Top photo depicts how perovskite films are made using the chemical vapor deposition (CVD) technique. Bottom left shows a perovskite solar module produced using the CVD technique. Bottom right displays the OIST logo made from perovskite using the same technique. Credit: Matthew Leyden​

Explore further: Rubidium pushes perovskite solar cells to 21.6 percent efficiency

More information: Emilio J. Juarez-Perez et al, Thermal degradation of CHNHPbIperovskite into NHand CHI gases observed by coupled thermogravimetry–mass spectrometry analysis, Energy Environ. Sci.(2016). DOI: 10.1039/c6ee02016j

Read more at: http://phys.org/news/2016-10-advances-solar-cell-technology.html#jCp

Maan boasts largest solar power plant in region

By JT - Oct 04,2016 - Last updated at Oct 04,2016

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Photovoltaic solar power modules in Maan, 220km south of Amman (Photo courtesy of Shams Maan)​

AMMAN — The sun has just risen over Maan, 220km south of the capital, casting a fiery glow that is reflected off the seemingly endless rows of black thin film photovoltaic (PV) solar power modules.

There is nothing but the gentle whirr of the plant’s inverters to indicate that the facility is silently generating enough clean electricity to power 35,000 average Jordanian homes.

Spread over 190 hectares, Shams Maan may not be stealing headlines, as other planned facilities across the Middle East are, but it is — for now — the largest operating solar power plant in the region.

Built in just 30 weeks from groundbreaking to commissioning, the facility’s engineering, procurement and construction team effectively added 1.7 megawatts (MW) of solar energy capacity per week to Jordan’s power generation portfolio, an unprecedented achievement in the Middle East.

Built by US-headquartered First Solar, Inc. — for a consortium consisting of Diamond Generating Europe Ltd, a subsidiary of the Mitsubishi Corporation; Nebras Power QSC, a subsidiary of the Qatar Electricity & Water Company; and Jordan’s Kawar Group — the plant employed a workforce that was almost entirely Jordanian.

“This is very much a project that was built for Jordan, by Jordanians,” says Raed Bkayrat, the Jordanian vice president of business development for First Solar in the Middle East.

“Our core team is Jordanian, as were the 600 workers we had on site at the peak of construction. At various times we also had a total of 200 workers from Maan onsite.”

He continues: “None of them had any experience in the solar industry, prior to this project. We have effectively invested 40,000 man-hours in training the workforce, which is a significant contribution towards Jordan’s ambitions to grow its solar energy portfolio.”

Meanwhile, at the plant, Hamid S. Jaber, First Solar’s construction manager, drives to a low ridge overlooking the site and stops to survey the area.

Covering sufficient land to build over 200 football pitches, the 52.5MW project utilises over 600,000 high performance thin film modules mounted on structures that allow them to track the progress of the sun across the sky.

“At this time, last year, this was all empty land. What we’ve achieved in such a short amount of time is incredible,” he says, with more than a hint of pride. Originally from Amman, Jaber had extensive experience in the conventional power generation industry in Saudi Arabia and in Jordan.

“It’s been an incredible experience for me. First Solar has several gigawatts of expertise in solar, and I feel that they’ve effectively transferred this to me and my team through training and through working alongside some of the most experienced professionals in the industry.

“And this is what we’ve achieved as a result,” he says, his arm sweeping across the horizon. “We did it on budget, on time and with an excellent safety record.”

His views are echoed by Owais Nabil, an engineer seconded to the project by the National Electric Power Company (NEPCO).

“I’ve been heavily involved in the commissioning process, ensuring that First Solar is complying with NEPCO’s regulations, while also gaining important experience,” Nabil notes.

“It has been fascinating to work with and learn from professionals who have worked on utility-scale PV power projects around the world,” he says, as he inspects an electrical junction box at the end of a solar array, dressed in protective gear.

“Considering Jordan’s plans for solar, every single person who worked on this project is now equipped with a valuable skill set. Each and every one of them is now well positioned to play a role in the government’s efforts to achieve energy security by harnessing our country’s most abundant resource, sunlight,” says Bkayrat.

Muneer Abu Samihah, the project manager for Shams Maan, agrees.

“There are very few people in this country who can claim to have built a project of this magnitude — I’m proud of the fact that I can. I’m also proud of the fact that we’ve developed a world-class project that is contributing so much to our future and the future of our country.”

Article contributed to The Jordan Times by Shams Maan

http://www.jordantimes.com/news/local/maan-boasts-largest-solar-power-plant-region
 
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Robot opens the door to improved solar energy opportunities

DHAHRAN, October 20, 2016

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Cleaning solar panels has long been a manual task but thanks to a new technology developed at Saudi Aramco, a robotic solution cleans the panels and help avoid a 40% reduction in efficiency of the energy collecting solar panels.

Saudi Aramco’s Research and Development Center (R&DC) of Technology Oversight and Coordination (TOC) has produced a low-cost, competitive technology - using in-house developers - to mitigate the impact of dust on solar panels.

The Intelligent Systems Team, in collaboration with King Abdullah University of Science and Technology, anticipate that their technologies will be commercially available in 2017.

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The solution
The solution involves dry cleaning of the dust on solar panels. Dust accumulation can have a severe and detrimental effect on the productivity of solar arrays to the extent that a dust storm can lead to a 40% reduction in efficiency of the panels, and average accumulation of dust leads to a compounding increase of 2% per week or more. To maximize the profitability and productivity of a solar power plant, it is necessary to reduce the accumulated dust and debris.

Prior to this research, solar panels were being cleaned using manual labor which is expensive, uses significant amounts of water, and often results in damage to the panels.

As a contribution to the scientific community, a research paper submitted by the Intelligent Systems Team was published in the journal Solar Energy under the title of “Impact of Dust Deposition and Brush-based Dry Cleaning on Glass Transmittance for PV Modules Applications.” The journal focuses on solar energy generation, research, development, application, measurement and policy.

The paper addresses the challenge of achieving efficient solar energy production in arid climates — such as Saudi Arabia — where solar insolation is at its highest, but the climate presents significant challenges of pervasive dust and sandstorms, coupled with insufficient rains that reduce the feasibility of harvesting solar energy.

Research conducted over two years
With the Kingdom’s focus on alternative sources of energy, solar power is an obvious cost-effective, sustainable, renewable and reliable source of energy.

The Robotic Dust Mitigation (RDM) project began in 2014, with the goal of mitigating the impact of dust, determining the economics of various cleaning mechanisms and developing new technologies to reduce the cost of dust mitigation.

The project team undertook more than two years of research and testing, during which different cleaning mechanisms were reviewed to measure efficiencies and test whether the cleaning process caused any significant damage or transmittance losses.

Ali Al Shehri, a project research scientist, explains, “Preliminary research included a testing apparatus that simulates long-term brushing of solar panels to measure impact on light transmittance. A testbed was developed to simulate dust in an outside environment and several 20-year equivalent accelerated wear tests were conducted.”

Version three of the prototype uses a robotic mechanism with silicon brushes to clean the solar arrays. The silicon rubber foam — a novel type of brush with no previous research described in literature — significantly reduces the cost of the brush and provides highly effective, nonabrasive cleaning.

The robotic system has been iterated through multiple prototypes. The current version can be easily monitored, evaluated, repaired and maintained; cost estimates suggest that it would cost less than $1,000 at manufacturing scale; and it is fully automated to run on schedule or on command. Additionally, the robotic technology has a high durability, making it reliable even in climates like those of Saudi Arabia.

Deployment of technology
Currently, the RDM technology has multiple pending patents and there are active discussions underway with external parties related to partnering and licensing.

The commercialization of the RDM technology will ensure that an economically favorable, reliable technology is available to the solar energy market in Saudi Arabia and the region while supporting emerging players and helping to generate renewable energy in the GCC region and other countries such as India, China, and Chile.

http://www.saudiaramco.com/en/home/...r-to-improved-solar-energy-opportunities.html
 
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Moroccan Solar agency settles on China, Saudi Arabia for major solar project

Nov 17, 2016


Moroccan Solar agency (MASEN) has chosen Saudi Arabian power engineering company

ACWA Power and China’s Chint group to establish three solar plants with a joint capacity of 170MW as part of the NOOR PV I project in Morocco.

This is the first solar PV phase of the NOOR Solar Plan, which has already seen three major concentrated solar power (CSP) projects in Quarzazate

With ACWA Power leading and Chint delivering technical support, the two companies will design, finance, build, manage, and maintain the NOOR PV I program, having been chosen through an international call for bids.

MASEN said the tariff will be placed at US$0.046.

Also read:Europe Union to fund mega solar plant in Morocco

ACWA Power has won a variety of capacities in the Middle East over the past 18 months mostly with world –beating solar tariffs.

MASEN also signed contracts with KfW bank for US $64 M to aid funding the project. The three projects will also be funded by the first green bonds in Morocco, set to be issued by MASEN for a figure of US $ 114 M and countersigned by Al Barid Bank, Attijariwafa Bank, the SCR, and the CMR.

The three intended PV plants include:
  • NOOR Ouarzazate IV, 70MW
  • NOOR Laayoune, 80MW
  • NOOR Boujdour, 20MW
MASEN president Mustapha Bakkoury said: “With these three solar plants, MASEN goes on to enlarge its portfolio of multi-technology projects, constantly with the aim of taking action in the best means possible to the needs of our client and partner, ONEE (the National Agency for Electricity and Drinking Water).

This is also the consolidation of long-standing partnerships, both with the KfW, which is funding the fourth and final phase of the Ouarzazate complex, and with ACWA Power, and it reassures us that we will develop projects meeting international standards at Ouarzazate, Laayoune, and Boujdour.”

All projects are estimated to be done by 2019. They are part of the nation’s wider Solar Energy Programme which has an motivated goal of attaining 2GW of solar energy capacity by 2020.

ACWA Power currently launched a new division that will compile its present renewable-energy portfolio



http://constructionreviewonline.com...n-china-saudi-arabia-for-major-solar-project/


Saudi Solar Entrepreneur Launches Green Technology

November 2016


Saudi Arabia is the Saudi Arabia of solar. That is the message of Omar Alluhaydan. The 27-year-old is the founder of Green Technology, which goes by the name GTek. Headquartered in Riyadh, GTek is the largest solar panel manufacturer in Saudi Arabia, with an annual production capacity of 15 megawatts. GTek Solar is also expert in designing & installing solar systems and has installed solar panels for a number of governmental and commercial projects in the Kingdom.

Alluhaydan shared his perspective in a recent interview with NBC News. “Not only the West can do it — we can do it here too. If a country and nation became environmentally friendly and the sustainability of humanity became much better, this is how we are going to save our world.”

With an average of 16 hours of sunlight a day, Saudi Arabia is a perfect candidate for widespread use of solar power, said Alluhaydan. He aims for GTek to have a turnover of around $250 million by the end of 2017.

Solar Entrepreneurship Boosts Saudi Commitment to Renewable Energy
Under the Saudi Vision 2030 plan, the Kingdom has set for itself a goal to generate 9.5 gigawatts of power from renewable sources such as solar, wind and geothermal. The Kingdom seeks to localize a significant portion of the renewable energy value chain in the Saudi economy, including research & development, and manufacturing. From inputs such as silica and petrochemicals, to the extensive expertise of our leading Saudi companies in the production of different forms of energy, the Kingdom has all the raw ingredients for success in the renewable energy sector.

http://www.arabianow.org/saudi-solar-entrepreneur-launches-green-technology/
 
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Saudi Arabia is Investing Heavily in Solar Power; Is This the End for Big Oil?

ENVIRONMENT

by Timon Singh

When the country with the largest oil reserves in the world decides to start investing in renewable energy, it may well be a sign that the age of big oil is coming to an end. While the US is still focused on fossil fuels – whether drilling, importing, or otherwise – the Kingdom of Saudi Arabia has realized that relying on a finite energy resource is not the smartest move, and it has begun to implement more solar systems into its electrical grid instead of older diesel generators.




Don’t starting labelling Saudi Arabia as the green savior just yet. In order to reduce their reliance on imported diesel, they are also making big investments in petroleum refineries. At the heart of Saudi Arabia’s solar boom is the Saudi Arabia Solar Industry Association (SASIA), whose goal is to make the Kingdom “one of the most energy advantaged countries in the world.”

Related: World’s Largest Solar Thermal Plant Opens in Saudi Arabia

This trend is actually spreading all over the Midde East with companies like Israel’s Arava Power also aiming to reduce or eliminate the use of diesel generators in the city of Haifa. The company seeks not only to increase the amount of solar tech in Israel, but to also export the technology to other markets like South Africa.

However back in Saudi Arabia, the need for solar energy is growing. According to SASIA, almost 25 percent of the Saudi grid is powered by diesel and the Kingdom spends over $1 billion on imported diesel. Not only that, but these generators are located in remote regions so added costs are incurred transporting fuel around the country.

Related: Construction to Begin on Saudi Arabia’s First Solar Farm Next Year, Part of $109 Billion Investment

In doesn’t take much to realize that the solar potential for a country like Saudi Arabia is massive. Speaking to Clean Technica, SunEdison founder Jigar Shah said: “Saudi Arabia could easily be one of the largest solar markets in the world. The economics are clear, a pilot program has been completed, and deep policy research has been done.”

Here’s hoping it all comes to fruition.

Via Cleantechnica

http://inhabitat.com/saudi-arabia-is-investing-heavily-in-solar-power-is-this-the-end-for-big-oil/

Preferably (sometime in the future) hundreds of solar power stations will be built across the country along with more desalinations plants along the coasts which would be powered with electricity from the solar power stations. An endless supply of clean water which then could be used to boost the agricultural sector and make KSA 100% self-sufficient on this front. Clean energy as well and an endless supply of it too. Free of charge too aside from construction costs and maintenance. Let's not even talk about the potential of export.

KSA/GCC given our 3 trillion dollar big (!) sovereign wealth funds should invest HEAVILY in renewable energy, in particular solar, wind and nuclear as has also taken place. Saudi Vision 2030 talks about this in detail but this process should be speeded up.


In 50 years time KSA might be known as "The Saudi Arabia of solar/renwable energy" instead of "The Saudi Arabia of oil/gas".
 
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I think Al-Andalus is the Al-Hasani guy from several years back. Generally creates nice threads.
 
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A lot of great news lately.





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The wind turbine will reach 145 meters in height.

Saudis Accelerating Sunward Tilt in Charge for Oil Revenue
by
Anna Hirtenstein
21. december 2016 05.00 CET 21. december 2016 12.55 CET
  • Solar developers expect volume of solar power tenders to rise
  • Kingdom currently burns billions worth of oil on electricity

    Saudi Arabia’s long-awaited drive to free up more oil revenue by shifting to solar power generation is expected to pick up speed next quarter, according to local developers eyeing contracts.

    “I’m fully expecting within the first quarter 500 megawatts to come out in tenders and then it’ll ramp up,” said Paddy Padmanathan, the chief executive officer of Acwa Power International in Riyadh. “That will be a game changer for the region.”

    The world’s biggest crude exporter also burns more oil than any other country to generate electricity. According to the most recent International Energy Agency figures, the kingdom consumes at least 900,000 barrels a day at peak periods of the year to keep the lights on -- an amount worth over $16 billion a annually based on current oil spot prices. Integrating more solar power onto the Saudi grid could free up more crude for export.

    -1x-1.png

    Saudi Arabia plans to add another 700 megawatts from wind and solar power generation in 2018 according to people familiar with the plan, who said the kingdom forecasts another 8.8 gigawatts of renewable energy added to the grid between 2019 and 2023.
    “We expect Saudi Arabia will be the largest market in the region in the medium to long-term,” said Sami Khoreibi, the founder and chief executive officer of Enviromena Power Systems, a solar developer based in Abu Dhabi. “You take a look at the opportunity cost of using crude oil for electricity production and you have a very high operating expense, and the power demand growth in Saudi Arabia is one of the largest in the region.”

    Saudi Arabia’s on-again, off-again pursuit of solar energy has already shown signs of picking in the last six months as the kingdom struggled to patch budget holes and map future economic diversification.

    Saudi Potential
    Acwa Power and Fotowatio Renewables Ventures BV were both shortlisted for a 100-megawatt solar tender offered during the second half of 2016. The two 50-megawatt projects will be located in Al-Jouf and Rafha in northern part of the peninsula, according to the state utility.

    “It is starting,” said Rafael Benjumea, CEO of Fotowatio, which is owned by Abdul Latif Jameel in Jeddah and won a bid in May to help build an 800-megawatt solar plant in Dubai.

    “Of course it has taken very long but there’s a clear move to change their renewable energy mix,” he said. “There’s a lot of potential in the Saudi market.”

    Saudi Arabia is seeking a financial adviser to help attract investors to three renewable power projects, which would be owned and operated by the private sector and could cost as much as $1.5 billion to build, according to people familiar with the plans.

    Renewables were highlighted in the nation’s diversification plan, known as Vision 2030, which aims to wean its economy off fossil fuels. Generating more solar and wind power could also ease long-standing concerns over the Kingdom’s rising domestic oil consumption.

    -1x-1.png

    An 2011 report by London-based researchers at Chatham House, “Burning Oil to Keep Cool,” said that Saudi Arabia was burning so much oil domestically that it could become a net energy importer by 2038 if it didn’t change its habits. Little has changed in the past five years, according to Glada Lahn, who co-authored the report.

    Government Pressure
    “The original constraint was the fear of domestic demand threatening to outrun capacity in the electricity sector particularly,” Lahn said in a telephone interview. “The fact that the oil price was high during that time really made it acute.”

    Lower oil prices squeezed Saudi Arabia and “put pressure on the government to diversify, she said.” The country has seen “an increase in liquid fuel use.”

    Lahn, who continues researching the intersection of resources and the environment at Chatham House, expects energy demand to continue to rise at a pace of about 4 to 5 percent per year through to 2030. The highest demand peaks for electricity are in the middle of the day to run air conditioners, which correspond perfectly to solar energy, she said.

    The kingdom originally set a target in 2010 to install 41 gigawatts of clean power by 2040, the equivalent of about 30 nuclear reactors. That initiative was forecast to cost more than $100 billion and produce a third of the nation’s electricity from solar. New plans were announced in April, changing the program to 9.5 gigawatts by 2030. The intention is still to meet the original target, according to Acwa’s Padmanathan.

    “Ambitions have not been scaled down,” he said. “They will get to even more than that by 2040. We’re going to do 9.5 gigawatts by 2023, minimum. They haven’t said we’ll do this and stop.”

    https://www.bloomberg.com/news/arti...-organic&utm_source=twitter&utm_medium=social

High demand for solar energy in Saudi is a landmark opportunity for investors: Report

Published December 19th, 2016 - 07:00 GMT via SyndiGate.info

Private sector investors are showing new interest in Saudi Arabia’s solar energy market, after the nation’s leadership included plans to add 9.5 GW of renewables to the energy supply as part of Saudi Vision 2030 along with opening the way to greater private sector and international investment, said experts ahead of the Abu Dhabi Sustainability Week which kicks off in January.

Announced in April, the Vision 2030 strategy sets 9.5 GW as an ‘initial target’ to help build the renewables sector, noting that energy consumption will triple in the next 14 years, they stated.

The government has since confirmed that it aims to achieve that target by 2023, a rapid increase from the nation’s 25 MW of installed renewable energy capacity at the end of 2015.

Its plans are being supported by a comprehensive restructuring of government departments responsible for energy, they added.

Vision 2030 also promises a complete review of the legal and regulatory framework to allow the private sector to buy and invest in the renewable energy sector, said the experts.

“The projects that will flow from Saudi Arabia’s renewable energy plan create a landmark opportunity for technology manufacturers, developers and investors in solar energy, setting out a very real, very achievable ambition,” remarked Roberto de Diego Arozamena, the CEO of Abdul Latif Jameel Energy, the largest GCC-based solar photovoltaic developer.

With a pipeline of 5 GW in its worldwide solar energy portfolio, Abdul Latif Jameel Energy is promoting the industry’s growth by sponsoring the World Future Energy Summit and Solar Expo, to be held in Abu Dhabi in January 2017.

“Given that prices for solar, which is the most practical renewable energy source in the region, continue to fall, it is actually likely that Saudi Arabia could achieve more than 9.5 GW in this time period,” said de Diego Arozamena.

“Private companies can play a vital role in unlocking Saudi Arabia’s potential for green energy, enabling technology transfer through international partnerships, and establish the nation as a global leader in renewables, particularly solar,” he noted.

Analysis by Frost and Sullivan for the WFES Solar Expo scores Saudi Arabia highly for solar energy’s potential demand and investor attractiveness, but not so strongly for solar-related policy, as assessed before Vision 2030’s announcement.

The Frost and Sullivan / Solar Expo ‘Advancing Solar Energy Solutions: Market Outlook’ report also gives the Kingdom low scores for not pricing electricity to reflect the cost of production.

WFES, which is the Mena and South Asia region’s leading commercial event for the renewable energy industry, is expected to see strong interest in Saudi business opportunities when the next event is held as part of Abu Dhabi Sustainability Week in January, 2017.

http://www.albawaba.com/business/hi...-landmark-opportunity-investors-report-916520

ALTERNATIVE ENERGY
Saudi SADAFCO dairy launches solar power project in Riyadh in line with the Kingdom's Vision for 2030, creating new employment opportunities

15 December, 2016

With Net Profit Reaching SAR 159 Million; a 41.8% Increase Compared to the Same Period Last Year:

Riyadh: Saudia Dairy and Foodstuff Company (SADAFCO) has commenced operations of the new solar project that comes in line with the Kingdom’s 2030 vision for renewable energy, offering new employment opportunities and creates economic diversification.

“The new 2 SAR million solar power project at our Riyadh Regional Distribution Centre (RDC) is utilizing a photovoltaic (PV)-diesel hybrid system that can deliver up to 40 percent of the facility’s daytime energy requirements,” said Wout Matthijs, CEO of SADAFCO during a media tour at the RDC in Riyadh.


“We are excited that the Riyadh RDC Solar Project is operational as it is a huge step towards becoming more sustainable,” stated Matthijs. “We are looking forward to find new ways to become more efficient and apply these learnings to other areas in which SADAFCO operates. This is not just about powering our business, but reducing our operation’s carbon footprint in a way that is socially responsible.”


Covering a surface area of about 1,600 m2, over 2,000 solar cells have been installed atop the carport structures in the parking area offering the additional benefit of sun shade for cars. The project will operate high performance thin film photovoltaic modules from US-headquartered First Solar, Inc. These modules deliver more energy than conventional crystalline silicon panels, in the hot, humid and dusty conditions experienced in the greater part of Saudi Arabia. The hybrid system will not only result in cost savings from reduced diesel consumption on the generators necessary for an off-the-grid facility, but will decrease pollution as well.


“Furthermore, SADAFCO will utilise the most eco-efficient solar technology as it generates 226KW of power from the sun and combines it with output of existing diesel generators,” added Matthijs. “While the solar project currently only affects SADAFCO’s Riyadh RDC, it will provide the company with a framework and key insights on the possibilities of a wider implementation across some of its other locations, where relevant.”


Speaking about the recent financial results, Wout announced that SADAFCO realized a SAR 47 million (41.8 percent) increase in net profit during the six-month period ending on 30 September 2016, compared to the same period last year, reaching SAR 159 Million.”

Based in Jeddah, SADAFCO operates sales and distribution depots in 24 locations across the Kingdom of Saudi Arabia, Qatar, Bahrain, Jordan and Kuwait. Saudia products are also exported to several countries in the MENA region.

The company’s product portfolio comprises of a wide range of items across several categories that include: Milk, Laban, Tomato Paste, Ketchup, Snacks, Ice Cream, Cheese, Instant Milk Powder, Cream, Fruit Nectars, Arabic Coffee, Soy Drink, Butter and French Fries.

Established in 1976, SADAFCO has risen to become a leading dairy and foodstuff manufacturer, importer, distributor and marketer in Saudi Arabia and has established a strong reputation and loyal following in the food and beverage industry across the GCC region.

-Ends-

© Press Release 2016

http://www.zawya.com/mena/en/story/...mployment_opportunities_-ZAWYA20161215114947/
 
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If true this is big, big news.


LULWA SHALHOUB | ARAB NEWS | Published — Tuesday 17 January 2017


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Saudi Minister of Energy, Industrial and Mineral Resources Khalid Al-Falih, speaks during the 10th edition of the World Future Energy Summit on Monday in the United Arab Emirates capital Abu Dhabi. (AFP)​

JEDDAH: Saudi Arabia is launching a renewable energy program in the next few weeks that is expected to invest $30-$50 billion by 2032, Energy, Industry and Mineral Recourses Minister Khalid Al-Falih announced Monday.

ADVERTISING
inRead invented by Teads
Al-Falih said at the World Future Energy Summit in Abu Dhabi that the Kingdom would start the first round of bidding for projects under the program, which would produce 10GW of power.
He also said that Saudi Arabia is in the early stages of studying its first two commercial nuclear reactors with a total of 2.8GW. Al-Falih told Reuters that, “there will be significant investment in nuclear energy.”
The minister also said Saudi Arabia was working on ways to connect its renewable energy projects with Yemen, Jordan and Egypt.
“We will connect to Africa to exchange non-fossil sources of energy,” he said.
The step falls into the country’s targets set in Vision 2030, launched last year to prepare for a post-oil era following a plunge in oil prices. Saudi Arabia, the world’s largest oil exporter, plans to reduce its reliance on oil and diversify the economy by moving toward sustainable sources rather than depending on fossil oil.
Renewable energy is listed among the sectors to be launched, as the Vision reads: “In the manufacturing sector, we will work toward localizing renewable energy and industrial equipment sectors.”
John Sfakianakis, director of economic research at the Riyadh-based Gulf Research Center, told Arab News that Saudi Arabia has a “considerable solar power potential” that can reduce its reliance on fossil fuels.
“Saudi Arabia wants to balance economic needs against environmental goals as it has considerable solar power potential and is eager to reduce its use of fossil fuels,” Sfakianakis said. “The country ranks high in per capita greenhouse gas CO2 emissions.”
Achieving the ambitious renewable energy program by 2032 needs time, technical knowledge and capacity, and above all coordination between various stakeholders, according to energy expert Mohamed Ramady.
“The fact that there are many stakeholders in Saudi Arabia involved in the renewable energy program, such as KACST, KACARE, KAPSARC and KAUST among others ensures some duplication of effort and above all lack of specific focus for renewables,” said Ramady, a former professor at King Fahd University of Petroleum and Minerals.
He told Arab News that whether the focus would be on solar or nuclear energy would determine the policy and would lead to different paths and options in terms of domestic and international cooperation.
“If nuclear energy option is the preferred option, then Saudi Arabia has to assess whether current leaders using such energy like France, South Korea and Finland are still committed to this renewable energy source in the long term and whether their technology transfer and nuclear waste programs can be safely transferred,” Ramady said.
Achieving a viable large-scale renewable energy application is not as easy as it sounds, according to Ramady.
“The United Arab Emirates’ (UAE) MASDAR renewable energy model city initiative was a path breaker with mixed success, but from which valuable lessons can be learned by Saudi Arabia,” he said. “However, in the meantime starting off by installing smart electricity household meters coupled with incentives to save energy could help to reduce pressure on the government in the face of potential lower oil prices and revenues.”
The Riyadh-based King Abdullah Center for Atomic and Renewable Energy (KACARE) stated that hydrocarbons would remain a prime element in the energy mix in 2032, by an estimation of 60GW. This will also be supported with nuclear energy at 17.6GW, solar at 41GW, of which 16GW will be generated through the use of photovoltaic cells and the balance of 25GW by concentrated solar power, wind at 9GW, waste-to-energy at 3GW and geothermal at 1GW.
Renewable energy is increasingly becoming a new sector in the country and is expected to expand until the new renewable energy program can reach its target by 2032.
“By creating an entirely new sector for the economy, jobs will be generated as it moves into more advanced areas of the production chain. Job creation for Saudis and a cleaner environment are important goals of Vision 2030 for better quality of life values,” said Sfakianakis.
According to the International Renewable Energy Agency (IRENA) report on renewable energy market analysis in the Gulf Council Countries (GCC) region, Saudi Arabia is the world’s seventh largest oil consumer. Domestic consumption of oil witnessed a surge in the 2000s rising from 17 percent in 2000 to 28 percent in 2014. The report, published in 2016, estimated that achieving the GCC renewable energy targets could create an average of 140,000 direct jobs per year.

http://www.arabnews.com/node/1039826/business-economy

KSA to launch $30b-$50b renewable energy program

Jan 17, 2017

Khalid Al-Falih​

Abu Dhabi — Saudi Arabia will launch in coming weeks a renewable energy program that is expected to involve investment of between $30 billion and $50 billion by 2023, Saudi Minister of Energy, Industry and Mineral Resources Khalid Al-Falih said on Monday.

Falih, speaking at an energy industry event in Abu Dhabi, said Riyadh would in the next few weeks start the first round of bidding for projects under the program, which would produce 10 gigawatts of power.


In addition to that program, Riyadh is in the early stages of feasibility and design studies for its first two commercial nuclear reactors, which will total 2.8 gigawatts, he said.

“There will be significant investment in nuclear energy,” Falih said.
Falih said Saudi Arabia was working on ways to connect its renewable energy projects with Yemen, Jordan and Egypt.

“We will connect to Africa to exchange non-fossil sources of energy,” he said, without elaborating.

Falih also said that OPEC and non-OPEC producers are unlikely to extend their agreement to cut oil output beyond six months, because of the level of compliance with the deal and the rebalancing of the market.

However Falih, speaking to reporters on the sidelines of an industry event in Abu Dhabi, also said producers would reassess the situation and extend the agreement if necessary.

“We don’t think it’s necessary given the level of compliance…and given the expectations of demand,” he said.

“My expectations (are)…that the rebalancing that started slowly in 2016 will have its full impact by the first half.”

Falih said: “Based on my judgment today it’s unlikely that we will need to continue (the agreement).

Demand will pick up in the summer and we want to make sure that the market is supplied well. We don’t want to create a shortage or squeeze.

“The extension will only happen if there is a need.”

OPEC decided on Nov. 30 to cut output. The producer group, together with 11 other countries including Russia, is seeking to reduce supply by about 1.8 million barrels a day. The cuts took effect on Jan. 1 and are to last through June.

Saudi Arabia has cut production to less than 10 million barrels a day, below its targeted level, and is currently producing at a 22-month low, Al-Falih said.

The world’s biggest oil exporter had agreed to trim output by 486,000 barrels a day to 10.058 million as part of the global accord on supply.

“We will strictly adhere to our commitment and be at our cap, or as is the case now, slightly below it,” Al-Falih said Monday.

http://saudigazette.com.sa/business/ksa-launch-30b-50b-renewable-energy-program/
 
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How much energy is KSA currently generating from Solar? Last time I checked it was an awful number less than 500MW!!
 
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