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NEPRA Approves Two 50 MW Solar Power plants in KP and Sindh

According to reports, two local businesses have been granted licenses by the government to establish solar power plants of up to 100 megawatts at an estimated investment of $100 million.

The National Electric Power Regulatory Authority (NEPRA) approved generation licenses to two solar power plants of 50MW each. They have been given to Artistic Solar Energy (Private) Limited for a plant in Sukkur district worth $45 million and $55 million will be invested by Siddiqsons Kohat Solar Limited for their plant in Kohat district.

NEPRA said that these projects will help utilize untapped renewable energy optimally and increase the share of the pollution-free electricity. In a document, NEPRA said,

There is a global trend of reduction in the prices of PV cells, which results in lower tariffs as is evident from various determinations of the authority. These lower tariffs will result in a reduction of the overall basket price which will be beneficial to the public at large.

NEPRA said that all native resources including renewable energy should be developed urgently for power generation, which will lead to sustainable development



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That efficiency might be coming. There is a worldwide race, from San Francisco to Shenzhen, to make a more efficient solar cell.

Today's average commercial solar panel converts 17-19% of the light energy hitting it to electricity. This is up from 12% just 10 years ago. But what if we could boost this to 30%?

More efficient solar cells mean we could get much more than today's 2.4% of global electricity supply from the sun.

Solar is already the world's fastest growing energy technology. Ten years ago, there were only 20 gigawatts of installed solar capacity globally - one gigawatt being roughly the output of a single large power station.

By the end of last year, the world's installed solar power had jumped to about 600 gigawatts.

Even with the disruption caused by Covid-19, we will probably add 105 gigawatts of solar capacity worldwide this year, forecasts London-based research company, IHS Markit.

Most solar cells are made from wafer-thin slices of silicon crystals, 70% of which are made in China and Taiwan.

But wafer-based crystalline silicon is bumping pretty close to its theoretical maximum efficiency.

The Shockley-Queisser limit marks the maximum efficiency for a solar cell made from just one material, and for silicon this is about 32%.

However, combining six different materials into what is called a multi-junction cell can push efficiency as high as 47%.

Another way to break through this limit, is to use lenses to magnify the sunlight falling on the solar cell, an approach called concentrated solar.

But this is an expensive way to produce electricity, and is mainly useful on satellites.

"Not anything you would see on anybody's roof in the next decade," laughs Dr Nancy Haegel, director of materials science at the National Renewable Energy Laboratory in Boulder, Colorado.
 
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Today, AEDB issued Tripartite Letter of Support (TLOS) to 100 MW Solar Project of Zhenfa Pakistan. The signing ceremony was held in the Chief Minister's Secretariat, Lahore and was witnessed by the Honorable Chief Minister Punjab & Federal Minister for Energy.
The Project is expected to be commissioned by December 2021 and will produce electricity @ US Cents 3.7 per kwh.

Source: AEDB



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Today, AEDB issued Tripartite Letter of Support (TLOS) to 100 MW Solar Project of Zhenfa Pakistan. The signing ceremony was held in the Chief Minister's Secretariat, Lahore and was witnessed by the Honorable Chief Minister Punjab & Federal Minister for Energy.
The Project is expected to be commissioned by December 2021 and will produce electricity @ US Cents 3.7 per kwh.

Source: AEDB



View attachment 666451

Now this is what Pakistan deserves. 3.7 cent / kwh, 5-6 rupee per unit. This is what Pakistan deserves. Highly encouraging.
 
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Scatec and its local partner Nizam Energy have closed financing for the 150 MW.

Sukkur_solar_power_project with a total investment of about USD 100 million.

FMO, the Dutch development bank, Faysal Bank, Bank of Punjab and PAK Kuwait Investment have signed credit agreements for the non-recourse debt financing of the Sukkur project. Half of the debt quantum is provided by FMO under a credit facility of USD 39 million and the other half by the three local commercial lenders under PKR denominated credit facilities of an aggregated PKR 6.7 billion. The credit facilities cover up to 75% of the total project cost.


“We are proud to complete financing of our first project in Pakistan together with our partners. The Government plans to increase the share of renewable energy to 30% by 2030 and we look forward to supporting this growth by delivering 305 GWh of clean power annually. This is enough to cover the electricity needs of about 150,000 households and will contribute to avoid more than 106,000 tonnes of GHG emissions per annum”, says Raymond Carlsen, CEO of Scatec.

The Sukkur project portfolio located in the province Sindh, southeast in Pakistan, was awarded a “costs plus tariff” by the National Energy Power Regulatory Authority (#NEPRA) early in 2020. Scatec and its local partner,

Nizam Energy are now working to start construction within first half 2021. Scatec will provide engineering, procurement and construction (EPC), and provide Operation & Maintenance, as well as Asset Management Services to the power plants. Scatec will hold 75% of the equity, with Nizam Energy holding the remaining 25%.

Credits: scatec & PPIB
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Demand for solar modules rise as Pakistan moves towards renewable energy.

As Pakistan moves towards renewable energy production, the demand for solar modules has increased dramatically.

China-based LONGi Solar, a world-leading manufacturer of high-efficiency mono-crystalline solar cells and modules has confirmed solar module sales to Pakistan for 2021 have reached 500MWp, the majority of which are for its Hi-MO 5 series modules, which account for 422MWp of the total (84.4%).



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Good to see that in rural side of Sindh most of water tube wells running on Solar Power energy and the reason is that they cant depend and afford electricity anymore, even many houses turned and turning into Solar energy.


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521 Solar Projects Launched Under SBP’s Schemes.

Various commercial banks have extended financing of around Rs. 36 billion for 521 projects producing approximately 850 MW electricity under Financing Scheme for Renewable Energy, said Governor State Bank of Pakistan (SBP) Dr. Reza Baqir in a webinar.

Dr. Baqir stated that Pakistan faces challenges as a result of climate change and adopting prevention strategies are of paramount importance. In this regard, he pointed out that the SBP has issued Financing Scheme for Renewable Energy with a view to promote renewable energy projects.

He went on to add that mobilization of financial resources towards resource-efficient and sustainable avenues would play a central role in mitigating climate change. Pakistan is a member of the Global Sustainable Banking Network (SBN) since 2015 and green/sustainable finance policies are being aligned with global environmental and social standards and best practices.

Unilever Converts 30% of its Operations on Solar Energy
Unilever Pakistan has availed of the said facility to convert 30% of its factories to renewable energy.

As part of this financing scheme, Unilever availed a loan of Rs. 833 million through Standard Chartered Bank to set up 8.85 MW of renewable energy production facilities across four factories in Punjab.

Unilever has committed to remove the carbon emissions from operations by 2030, as well as net-zero emissions from their products by 2039, which will be 11 years ahead of the 2050 Paris Agreement. The renewable energy solution was implemented by Reon Energy Limited, producing 13 million KW units of energy per year, resulting in annual savings of Rs. 182 million and a reduction in 5,075 tons of CO2 emissions. The impact of projects such as the one implemented by Unilever proves the benefits of adopting renewable energy solutions by the wider industry in Pakistan.

Chairman and CEO of Unilever Pakistan, Mr. Amir Paracha in his address said that the Renewable Energy Financing Scheme offers tremendous social and business value to companies and producers both in terms of their environmental footprint and cost savings ambitions.

The financing scheme in Pakistan has enabled them to fast-track their renewable energy goals whilst remaining financially feasible. He mentioned that Unilever is sharing this as a best practice for other corporate players, as its sustainability in its best form. They are benefitting the country and environment whilst their own business has seen a positive impact.

SBP’s Renewable Energy Financing scheme is an innovative solution that aims to encourage investments in clean energy in Pakistan. This is part of the country’s efforts to diversify the energy mix and reduce climate change impact. The scheme offers varied financing options ranging from Rs. 400 million to Rs. 6 billion for a range of entities and persons.

This includes captive energy units as well as commercial projects and individual consumers who may share excess production with the national grid. The SBP issued its Financing Scheme for Renewable Energy in 2016 and based on positive feedback the scheme was revised in July 2019.
SBP also introduced a Shariah-compliant version of this Scheme in August 2019.

The webinar was attended by various chambers, media organizations, Presidents and CEOs of banks, energy experts, representatives of the Pakistan Business Council, and senior officials from SBP.



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Pakistan Railways to switch 155 Railway stations to Solar Power.

Pakistan Railways (PR) will shift its 155 railway stations to solar energy under the direction of the government to use alternative environment-friendly energy resources. PR Public Relations Director Nazia Jabeen stated that total cost of the project would be Rs450 million.

She added that the PC-1 of the project ‘Solarisation and Commissioning of 155 railway stations’ had been approved and tender of the project would be presented after the Budget 2021-22.

Giving the details, she further said that 81 railway stations would be equipped with backup of eight hours after solarisation of the entire electric system.

She said that 22 railway stations would be shifted to solar energy where computer based inter-locking system was working.
 
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350 MW solar park project for Karachi

KARACHI:
The 350MW solar park project for Karachi is an affordable, transparent and environment-friendly scheme, said Sindh Energy Minister Imtiaz Ahmed Sheikh.

He said this during the signing ceremony of a tripartite memorandum of understanding between the government of Sindh, K-Electric and the World Bank at the Sindh Energy Department office on Friday.

Under the scheme, two solar parks, having a capacity of 175MW each, would be established in Karachi.

Talking to media after the ceremony, Sheikh said that 175MW solar park would be construction on 600 acres in Deh Halkani, Manghopir while another 175MW solar park will be set up in Deh Shah Mureed on an areas of 600 acres.

According to him, the cost of these two solar gardens was estimated at Rs80 million (Rs40 million each) and the solar parks would be completed in a timeframe of two years.

“The Sindh Transmission and Dispatch Company will lay the transmission line for both the solar parks while K-Electric will establish the electric grid station and purchase electricity from them,” he said. “Cheap electricity will lead to reduction of the tariff for the citizens of Karachi.”

The government of Sindh is working expeditiously on transparent sources of energy under global environmental protocols, he said adding that solar park project would be extended to other cities as well.

He added that the provincial leadership was rapidly implementing welfare schemes and construction of the 350-megawatt solar park was tantamount to crossing a milestone.

The memorandum of understanding was signed by Sindh Energy Department Secretary Abu Bakar Madani, K-Electric Chief Executive Officer Moonis Alvi and World Bank Country Director for Pakistan Najy Benhassine.

In November, Sheikh said that the government of Sindh was giving special priority to solar and wind power generation projects so that it could play its role in pollution-free energy and improving the world’s environment.

Published in The Express Tribune, December 11th, 2021.
 
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Pakistan to announce national solar energy policy on August 1


BR Web Desk
07 Jul, 2022


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In a bid to boost the renewable energy sector, the government will announce a national solar energy policy on August 1. The implementation of the policy will be subject to the approval of the Council of Common Interests (CCI).

The development came during a meeting of the Energy Task Force, which was held on Thursday in Islamabad, under the chairmanship of Prime Minister Shehbaz Sharif. During the meeting, it was decided that the Prime Minister's House and the Prime Minister's Office will be shifted to solar power on an emergency basis in a span of one month.

Providing affordable and environmentally-friendly electricity to the people is a top priority for the government, said PM Shehbaz, adding that the government is trying to make the country self-sufficient in energy.

Taking to social media after the meeting, PM Shehbaz said: “Coalition government will soon introduce the country's first comprehensive solar policy after approval of the CCI.”

The PM said solar energy will drastically cut fuel imports, bring down the cost of electricity and provide clean energy.

Last week, the prime minister invited Chinese companies to invest in the country’s renewable energy sector, especially solar power.

The PM expressed these views while talking to a delegation of Chinese state-owned company NORINCO.

The delegation showed a keen interest in investing in the wide spectrum of renewable energy projects in Pakistan, especially the wind corridor in Thatta for which a 100 MW wind power project has been proposed.

As per Pakistan’s latest power generation mix, non-renewable energy sources account for over 70% of power generation in the month of May.

The remaining is made up of renewable sources of energy, with hydroelectric power leading the way with 24% of the power generation, whereas wind accounts for 5%, while solar power contributed only 1% to the country’s energy needs, with a generation of only 90kWh last month.
 
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Investment in solar energy need of the hour​

By Wang Kai
China Economic Net

KHANEWAL, Jul. 14 (China Economic Net)- In the village of Qatal Pur in District Khanewal of Punjab province, Dr. Abid Ali is sitting in his yard, enjoying the breeze from the fan. Not far away is a solar panel powering the small appliance that is indispensable for many in summer. The solar panels, each with a cost of about PKR 120,000, are becoming more commonly seen in his village.

“Many households in our village have solar panel, especially for air-conditioning in summer. As more Chinese companies are providing solar panels to Pakistan, the problem of electricity shortage is greatly alleviated”, he told reporter of China Economic Net (CEN).

Energy of the Future

In Pakistan, the insufficiency of power which leads to surging electricity tariff and foreign exchange expenditure on imported energy is aggravating the necessity for the country to be more self-sufficient in power generation.

Currently, thermal power still takes the bulk chunk in Pakistan’s energy mix, accounting for 59% of the total installed capacity.

Investment in solar energy need of the hour

Pakistan Installed Power Generation Capacity, April 2022. Source: Pakistan Economic Survey 2021-22

“Importing the fuel on which most of our power plants run has put a heavy burden on our treasury. That is why we have been thinking for a long time that we should focus on the assets that are being produced in our country. If solar is installed on every roof, those who suffer from heat and load shedding can generate their own electricity at least all day, and if some surplus electricity is generated, they can sell it to the grid. They can also support their children and serve elderly parents”, Mr. Musadik Masood Malik, Minister of State (Petroleum Division) said in an interview with CEN.

As a renewable energy source without fuel requirements, Solar PV is significantly cost effective when compared to imported energy, RLNG, and gas, as shown in the table below that compares fuel cost (in Rs / kWh) with generation (in GWh) for FY 22 (excluding K Electric Statistics).

Investment in solar energy need of the hour

Fuel cost by energy source FY 22. Source: Nepra State of the Industry Report 2021

According to World Bank, Pakistan requires only 0.071% of its total land area (mainly in Baluchistan) to achieve the benefits of solar power. If this potential is utilized, all of Pakistan’s current energy needs can be met with solar power alone.


Leapfrogging Development

An increasing number of companies and organizations are catching the tide as shown by the robust growth trend of Pakistan’s solar consumption. As of March 2022, AEDB Certified Solar System Installers grew by around 56%. Net Metering Based Solar Installations and Power Generation grew by 102% and 108% respectively.

According to KASB analysis, it represents both government support and consumer demand & supply.

“Since late 2016, solar panel has been installed in 10,700 schools in Punjab and more than 2,000 in Khyber Pakhtunkhwa. Punjab schools that were fitted with solar power collectively save around Pakistani rupee PKR 509 million (~USD 2.5 mn) annually, which represents around PKR 47,500 (USD 237.5) being saved on a per school basis annually.

Currently the installation of solar panels in 4,200 schools in Punjab and over 6,000 schools in Khyber Pakhtunkhwa solar panel is in progress”, a KASB analyst told CEN.

As per the Indicative Generation Capacity Expansion Plan (IGCEP), in May 2021, Imported Coal accounted for 11% of total installed generation capacity, RLNG (Regassified Liquefied Natural Gas) accounted for 17%, whereas solar only accounted for around 1%. It is expected that the reliance on solar energy will increase to 13% and the reliance on imported coal and RLNG is expected to decrease to 8% and 11% respectively.

Close cooperation with China

Currently, out of the $144Mn foreign investment in PV plants of Pakistan, $125Mn is from China, accounting for nearly 87% of the total.

Among the 530MW cumulative generation capacity in Pakistan, 400 MW (75%) is generated from Quaid-e-Azam Solar Park, the first ever power plant capable of generating solar energy in Pakistan, owned by the Punjab government and built by China’s Tebian Electric Apparatus Xinjiang New Energy Co.

With 400,000 solar panels spreading over 200 hectares of flat desert, the plant was initially launched with a capacity of generating 100 MW of power for Pakistan. Since 2015, there have been addition of 300 MW power generation capacity with 3 new projects, and there are numerous planned projects reported for the Quaid-e-Azam Solar Park by AEDB with cumulative capacity of 1,050 MW.

Chinese companies are also major suppliers to many PV Projects in Pakistan such as Mini Solar grids in KP and ADB’s Access to Clean Energy Program. The solar mini-grid stations in Jandola, Orakzai and Mohmand tribal districts are in the final stages of their completion and soon the business community will get uninterrupted, cheap, green and clean energy.

Pakistan’s Solar Energy Market is expected to record a CAGR of 2.5% from 2022 to 2027. Up to now, the average utilization rate of the operational Solar PV plants is merely 19%, far from the over 95% utilization rare in China, representing huge opportunities to be tapped.

As experienced PV Plants investors in in Pakistan, Chinese companies are more likely to further leverage their learning in solar industry. They can also benefit from China’s pledge to move away from coal-based energy generation and promote green energy in developing countries.

Meanwhile, Pakistani government has set ambitious targets for Solar PV Capacity under the Integrated Generation Capacity Expansion Plan (IGCEP) of 2021. Therefore, Chinese companies can expect a supportive government attitude to investment in Solar PV Plants in Pakistan and the cooperation would complement both countries commitment to the socio-economic development of whole region.
 
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SOLAR INVERTERS​

A Solar Inverter, or converter, converts the variable direct current (DC) output of a photovoltaic (PV) solar panel into a utility frequency alternating current (AC) that can be used by a residential or commercial purposes. In addition excess solar energy produced during the day can be fed into a commercial electrical grid (Net Metering).

Best location for solar inverter installation:
Solar Inverters must be located at a cool & dry place for better efficiency. The distance between solar panels and solar inverter is to be kept minimum to reduce wire losses.

On-Grid or Grid-Tied Inverters (NET METERING)

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Solar On-Grid inverters are connected to the electricity grid and do not use a battery bank. This system supports NET METERING and helps to reduce electricity bills by more than 80% by allowing users to sell excess energy to electric supply companies, if the system is designed properly. These "grid-tie" systems tend to be lower in cost due to the fact that they don't use batteries. However, if the utility company's power goes down then your system will also shut down due to absence of batteries.

Available sizes from 4KW – 100KW+


Hybrid Inverters (Batteries Optional) - Supports Net Metering from 10KW

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Solar Hybrid inverters are principally meant to be used with solar for a home or business where there are frequent disconnections power outages (Load-Shedding). These inverters provide emergency backup power through batteries during power outages. As the sun sets, the intelligent inverter automatically switches over from Solar to Electricity Grid and serves as a normal UPS.

Net Metering for Hybrid Systems starts from 10KW (3-Phase)
Available sizes from 3KW – 40KW


Off-Grid Inverters (Batteries Mandatory)

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Solar Off-Grid inverters inverters are principally meant to be used with solar for a home or business where there are frequent disconnections power outages (Load-Shedding). These inverters provide emergency backup power through batteries during power outages. As the sun sets, the intelligent inverter automatically switches over from Solar to Electricity Grid and serves as a normal UPS.

Available sizes from 1KW – 20KW


Main Difference between Hybrid & Off-Grid Inverters (Battery Inverters)


Hybrid & Off-Grid solar inverters are meant to provide backup during load shedding. However the main difference between them are

Hybrid Inverter

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Hybrid Inverters are more expensive than Off-Grid Inverters.
Batteries are optional for Hybrid Inverters (Either 0 no. of batteries or minimum 4 no. batteries)

Connect with Laptop for Real-Time Monitoring
When Solar Power Produced is not sufficient to run the load (rainy days), the excess power required to support the load is used from Wapda. The Hybrid System intelligently mixes Solar Power and Wapda when solar generation is insufficient and maintains batteries at 100% level for later use. (Options can be changed)
User Friendly Display Interface for Users. (as shown in picture)
Supports Net Metering for 10KW 3-Phase Inverters


Off-Grid Inverter

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Off-Grid Inverters are more cheaper than Hybrid Inverters.
Batteries are MANDATORY for Off-Grid Inverters
When Solar Power Produced is not sufficient to run the load (rainy days), the excess power required to support the load is used from batteries.
Display Interface for Users. (as shown in picture)
Does not support Net Metering.


 
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