What's new

Pakistan's Energy & Water - News and Updates

Its expensive. First, we have to collect waste from all over pakistan and gather it at one site where the plant is. Do you know how much man force, money, petrol you need to do that? The electricity unit will probably cost around 100 Rs if we make energy from trash.

Each city should be having garbage collection system in place and arrangements for dumping it in a specific landfill for the city.

Unless if we do not have garbage collection system in place and dumping it in a landfill on a city basis then it is a completely separate issue all together, showing how good the cities are managed.
 
185.gif
 
MoUs signed: Qatar to invest in Pakistan power sector

LAHORE:
Power projects that will generate 6,600MW will be set up at Gadani according to memorandums of understanding (MoUs) signed here by the federal and Punjab governments, China National Power and QInvest Qatar, at an investment exceeding $5 billion.

Under the tripartite agreement, ten plants of 660MW each will be set up at Gadani. Projects producing 3000MW will be completed within the first 30 months and the remaining projects of 3,600MW will reach completion in the next two and a half years.

Water and Power Federal Secretary, Saifullah Chattha, Energy Punjab Secretary Usman Bajwa, Chief Executive Officer of QInvest Qatar Tamim Hamad Al Kuwari and Middle East of China National Power Company President Wu Wenhao signed the documents.

Punjab Cheif Minister Shahbaz Sharif said on the occasion the government will provide infrastructure to implement these agreements while QInvest Qatar will make the investment.

Solar park

He added that Punjab government is setting up a “Quaid-e-Azam Solar Park” in Cholistan.

Punjab Chief Minister Shahbaz Sharif, Federal Minister for Water and Power Khawaja Muhammad Asif, provincial ministers and a number of federal and provincial secretaries were present at the ceremony.

MoUs signed: Qatar to invest in Pakistan power sector – The Express Tribune
 
Pakistan’s Energy Crisis


August 31, 2013

By Shabbir H. Kazmi



Energy shortages are hobbling the economy and contributing to unrest. But the country has options.


Pakistan is in the midst of one of the worst energy crises in its history. This is both slowing the pace of economic activity and causing public unrest with prolonged outages of electricity and gas. Capacity utilization in some key industries has fallen to nearly 50 percent. Worst affected is the fertilizer industry, which faces interruptions to its gas supply and forced closures.

Pakistan has the capacity to produce more than one million tons in exportable surplus urea, yet in 2011-12 it imported more than 1.1 million tons. This eroded the country’s foreign exchange reserves and effectively entailed the payment of millions of dollars in subsidies, being the difference between the cost of locally produced and imported urea. Pakistan urgently needs to make some strategic decisions and change the national energy mix.

Immediately after assuming power, the government of Nawaz Sharif came up with two policy decisions: pay half a trillion rupees (just under $5 billion) to energy companies and announce a new power policy. Both steps are aimed at resolving problems plaguing the companies belonging to the energy chain and bringing change to Pakistan’s energy mix to optimize the average cost of electricity generation.

Pakistan’s government paid Rs260 billion in cash to independent power plants (IPPs) to clear outstanding debt. It also issued bonds to pay off liabilities pertaining to state-owned companies such as exploration and production firms and oil and gas marketing entities. After clearing the debt of the IPPs, it was expected that they would be able to generate 1,700MW in additional electricity, attenuating the shortfall that currently exceeds 6,000MW. The situation is likely to improve over time.

According to the available data, at present installed power generation capacity in Pakistan is estimated to about 22,500MW (excluding the Karachi Energy Supply Company, more on which below), but actual power generation hovers around 15,000MW, partly because of outdated and inefficient power plants and partly because of a cash crunch, which often does not permit power plants to operate at optimum capacity because of the inability to buy the required furnace oil. This could be best understood when one looks at the available data on power plants operating in the public sector, which have an installed capacity of over 4,800MW but actual generation hovering around 1,200MW.

At present, the bulk of electricity supply comes from hydroelectric plants (6,500MW) and IPPs (6,500MW). The output of the hydro plants is dependent on water availability in the dams, and can fall to as low as 2,500MW when water levels drop drastically. And as we have seen, IPP output is limited by money problems.

Pakistan’s woes have been exacerbated by its excessive reliance on thermal power plants, mainly using furnace oil. Two factors contributed to the emergence of this situation: a change in lenders from the public to private sector, and Pakistan’s failure to complete a hydroelectric project in recent decades. The last mega dam, Tarbella, was completed in the mid seventies and no other dam has been constructed since. After the signing of the Indus Water Treaty with India, Pakistan was required to complete construction of one mega-size hydroelectricity plant per decade to ensure year-round availability of low cost electricity and irrigation water.

Of Pakistan’s 6,500MW hydro capacity, the bulk is contributed by three projects: Mangla, Tarbella and Ghazi Brotha. There are nearly two dozen IPPs, but the major players are Hub Power Company, Kot Addu Power Company and Uch Power Plant. Pakistan also has three nuclear power plants, two in Punjab and one in Karachian, with aggregate capacity of over 800MW. However, the Karachi plant is at the end of its effective life and its capacity cannot be termed “dependable.”

Unlike the rest of Pakistan, Karachi gets its electricity from a compact utility, Karachi Electric Supply Company (KESC), which handles generation, transmission and distribution. The bulk of its generation comes from the Bin Qasim Power Plant, which has an installed capacity of 1,260MW. Another 500MW comes from smaller units. Since privatization, KESC has added another 500WM capacity at Bin Qasim but its output has remained erratic because of the inconsistent supply of gas.

Experts blame many of Pakistan’s problems on the “circular debt,” which mainly arises because of the poor recovery of receivables by the distribution companies. It is estimated that for every 100 units of electricity provided by a distribution company, it gets paid for 30. Of the remaining 70 units, nearly 40 are pilfered and the bills for the remaining 30 go to long-term receivables. Corrupt utility executives and workers contribute to this dismal state.

After privatization, KESC’s new management tried to right size the company, but the move was resisted by employees, who enjoy significant political support. At any rate, analysts acknowledge that human resource costs may be high but it is transmission and distribution losses that really trouble KESC. These losses currently hover at around 35%, mostly because of theft. A one percent improvement would improve the company’s cash flow by Rs1.5 billion per month.

To overcome its electricity shortage, Pakistan has to come up with policies for the short, medium and long terms. The first step for the short term has been taken by clearing outstanding debt. Now, supporting policies must be prepared and implemented to ensure that circular debt does not rebuild. This requires containing theft and improving recovery. A hike in the electricity tariff could improve cash flow at distribution companies, but opponents argue that a higher tariff itself provides an incentive to pilfer electricity. They say the government should ensure an uninterrupted supply of electricity at affordable cost.

As a medium-term policy, all power plants operating in the public sector need to be refurbished to improve efficiency, which will help bring down the cost of generation. However, the focus should be on achieving the highest possible output from hydro power, where the cost of generation is still Rs2.00/units, compared to the bulk power purchase tariff of US$0.70/unit being paid to IPPs, mostly being run on furnace oil.

Simultaneously, efforts should be made to switch power plants from furnace oil to coal. Gas should be avoided. To begin with, power plants could use imported coal, but ultimately they will need to use an indigenous source. In this endeavor, Lakhra Power Plant near Karachi, which has been closed for some time, must be reactivated as soon as possible. It uses coal produced at nearby mines.

Under long-term measures, the government must prioritize the completion of the Thar Power Plant. Thar has more than 185 billion tons of lignite coal, suitable for mine-mouth power plants. It is estimated that Pakistan could generate more than 50,000MW of power from Thar coal alone.

Experts say Pakistan should focus on hydro generation as the country has the potential to produce 40,000MW by constructing small and midsize dams and run-of-the-river projects. Two of the latter type (Ghazi-Broth and Laraib) are already in operation. The advantages of these projects are minimum displacement of people and minimum areas under water. An added advantage is the renewable aspect.

Pakistan also has the potential to get electricity from sugar plants located across the country, especially in rural areas. Some industry experts suggest that sugar mills could deliver up to 3,000MW to the national grid. This option is very lucrative, because sugar mills will mostly use very low-cost bagasse to heat the boilers, using furnace oil only as a supplement.

Yet another advantage of sugar mills is that they have the capacity to produce ethanol, which can be added to motor gasoline to produce E-10 (petrol containing 10% ethanol). This will help contain oil imports and conserve compressed natural gas.

As the saying goes, there is opportunity in crisis, and this certainly applies to Pakistan’s energy sector. Notwithstanding the significant challenges, a large market and an enthusiastic government could entice bold investors, local and foreign.

Shabbir H. Kazmi is an economic analyst.
 
August 26, 2013


The Political Economy of Pakistan's National Energy Policy


By Asif Faiz


As Pakistan's government was preparing to present the National Energy Policy 2013-18 to the Council of Common Interest (CCI), the Peshawar Electric Supply Company (PESCO) was placing advertisements in major newspapers in KP during the holy month of Ramadan, exhorting the faithful that stealing electricity is a sin. Seeking divine help may now be the only way to stop electricity theft—a major obstacle in stemming power load shedding that results in blackouts up to twenty hours a day in most parts of the country.

Ultimately, the power and energy crisis in Pakistan is a problem of political economy. Good policies as articulated by the new government will no doubt help, but resolving this crisis will require a national consensus on how to address the myriad vested interests that profit from the chaos and disorder in the power and energy sectors.

Take for example the circular debt (see box below); which appears to be a convenient scam for channeling massive public subsidies to a variety of political, commercial, and industrial interests for producing high cost power; using guaranteed supply of fuel oil to public electricity generation companies (GENCOs) and independent power producers (IPPs); for not producing any power at all (under various power rental schemes); and for underwriting outright theft and cheating at all levels, small and large—the 'kunda' artists, the meter readers, public sector institutions, commercial and industrial enterprises of all sizes, and owners of upscale air conditioned residences, to name a few. The circular debt may have also served as a clever device for the Ministry of Finance to mask the real size of the country's fiscal deficit since 2009. In the face of a failing power supply, it becomes expedient to restore underutilized generation capacity by shelling out billions of dollars of public monies to IPPs and a variety of energy suppliers (at last count some US $5 billion since the advent of the new government, and more in the offing) to pay off the circular debt. This payout will buy the new government time to deflect public wrath, but it may simply set the stage for a new round of circular debt.

Explaining the Circular Debt

Circular debt is the amount of cash shortfall within Pakistan's Central Power Purchasing Agency (CPPA) that it cannot pay to power supply companies. This shortfall is the result of:


•the difference between the actual cost of providing electricity in relation to revenues realized by the power distribution companies (DISCOs) from sales to customers plus subsidies; and

•insufficient payments by the DISCOs to CPPA out of realized revenue as they give priority to their own cash flow needs.

This revenue shortfall cascades through the entire energy supply chain, from electricity generators to fuel suppliers, refiners, and producers; resulting in a shortage of fuel supply to the public sector thermal generating companies (GENCOs), a reduction in power generated by Independent Power Producers (IPPs), and an increases in load shedding.

Circular debt at the end of Fiscal Year (FY) 2011 was estimated to be Rs537 billion (about US $5billion). By the end of FY 2012, it was predicted to have grown to Rs872 billion (about US $8.7 billion), representing approximately 4 percent of the national nominal Gross Domestic Product (GDP).

There are two main contributors to the circular debt:

•Non-collection of revenues (including theft and losses) from a range of public and private consumers (main contributor until 2009).

•Tariff and subsidy issues(main contributor since 2009), in particular the Tariff Differential Subsidy (TDS), the largest contributor accounting for nearly a third of the circular debt.

TDS is the difference between the uniform electricity tariff (generally the minimum rate for each category of customer requested by any of the nine DISCOs) applied countrywide and the individual electricity tariffs determined by NEPRA, based on the revenue requirement of each DISCO to meet all costs and to earn a suitable profit. Ultimately each DISCO must receive the revenue, as allowed by NEPRA, either from the customers or through a state subsidy. For political expediency, the government has elected the subsidy (TDS) route instead of charging the users. But the Ministry of Finance has not provided the required TDS in a timely manner, either compelling the DISCOs to borrow from commercial banks or to default on payables to CPPA. Moreover, a national tariff regime based on a weighted average of the tariffs determined by NEPRA for each DISCO would have significantly reduced the size of TDS.

Source: The Causes and Impacts of Power Sector Circular Debt in Pakistan, USAID and Planning Commission of Pakistan, March 2013

In the short run, the Government does not have much space to maneuver. The new energy policy comprises mostly actions with a medium to long term impact. In the near term, short of borrowing massively to pay for subsidies and losses, the Government has few options but to raise tariffs and undertake a massive crackdown on theft and corruption. Tariff increases may help in curbing fiscal imbalances in the short-run, but tariff increases that simply pass the cost of inefficient and unreliable production and blatant theft to the general consumer will invite a public backlash and in any case will not yield the anticipated revenues. Resourceful consumers and conniving operators will find ways to thwart such tariff increases. On the other hand, a massive drive to curb corruption and theft at all levels will garner widespread public support, especially if it is matched with gradual and calibrated improvements in service delivery. Reduced losses would allow power utilities to sell more power, hence the possibility of lower tariffs while generating the same level of revenues. Anti-corruption measures also need to include transparent public procurement of good and services by state-owned energy entities, including oil purchases and delivery.

The National Energy Policy (NEP) articulated by the new government is a visionary document which for the first time pulls together the various strands of energy policy into a comprehensive blueprint for power and energy development, based on sound technical, financial, and regulatory principles. NEP covers all the bases but policy implementation requires an action plan that has time-bound actions and targets. Otherwise the government's claim that it will overcome power shortages within three to five years would remain a wishful endeavor. Moreover, NEP focuses mainly on supply side measures to increase generating capacity. This is understandable —demand side measures carry a heavy political cost, as these would alienate so many powerful constituencies, within and outside the government.

NEP foresees a lead role for the private sector in improving the power and energy futures. In the critical power distribution area, privatization of the Karachi Electric Supply Company (KESC) variety will help but this is only a partial solution. Most electricity distribution companies (DISCOs) are loss making public entities, heavily indebted and unionized, and dens of graft and corruption. The worst performing are PESCO, Tribal Areas Electric Supply Company (TESCO), and the distribution companies serving Hyderabad, Sukkur and Quetta (HESCO, SEPCO and QESCO, respectively), accounting for 73 percent of the Rs197 billion ( about US $2 billion) receivables from private consumers at the end of FY 2012. Who will invest in these?

Try obtaining an electricity connection for new house construction and it becomes clear how systemic and organized the corruption is. Without a bribe, there is a waiting time ranging from a few months to a couple of years. The time is shortened to a few days by paying a bribe--the payment is a fixed amount that is paid directly to a DISCO employee or through an agent, generally the contractor building the house. For a monthly payment of Rs1000 (US $10) ,a consumer can pay a DISCO technician to slow down electricity meters, to bypass meters with concealed lengths of wire, or apply a variety of gimmicks to under record or not record at all the electricity that is being consumed.

In the Federally Administered Tribal Areas (FATA) free electricity is considered a birth right, (apparently promised by various governments to retain the loyalty of tribal elders or to permit development works to take place such as the construction of Pakistan's first hydroelectric dam at Warsak in former NWFP in the 1950s), and in Pakistan-administered Kashmir (AJK), rural communities are provided electricity at a nominal unmetered monthly charge. Rural AJK households use electric stoves for space heating, boiling water, and cooking, with the electric stoves running round the clock in winter months.Subsidies to FATA and AJK are significant contributors to the circular debt. There is little accountability for energy use across the country while poorly targeted and undifferentiated subsidies multiply.

According to NEP, Pakistan has a broken power distribution system; this is where the major losses, both technical and commercial, occur. With a 50 percent reduction in losses, coupled with conservation measures such as energy efficient bulbs and electric appliances (especially air conditioners), the need for new generating capacity could be reduced by at least 20-30 percent. Modern solid state electricity meters with smart cards (not dissimilar to the SIM cards used in cell phones) can eliminate the need for conventional electro-mechanical meters and meter readers. In South Africa, Sudan and Northern Ireland prepaid meters are recharged by entering a unique, encoded twenty digit number using a keypad. This makes the tokens, essentially a slip of paper, very cheap to produce. Smartcards also allow two way data exchange between meter and the utility. Tinker with the device and power shuts off automatically and the power utility knows instantly where the tinkering is taking place. The NEP recommends the use of prepaid meters for consumers who default on paying their bills. But why cannot this robust smart metering technology is used in Pakistan to do away with the menace of the meter reader? The answer perhaps lies in the vested interests that manufacture and supply conventional meters.

It is interesting that energy security garners little mention in the NEP. Pakistan is becoming precariously reliant on foreign sources of energy (oil from Middle East, gas from Gulf states and Iran, nuclear energy from China, electricity from India, and coal from further afield). This, when Pakistan, according to US EIA ranks among the top 10 countries in the world with technically recoverable shale oil deposits, equal to those of Canada-- an estimated 9.1 billion barrels of oil compared to current annual production of about 23 million barrels of conventional crude; along with a probable (unproven) 105 trillion cubic feet of shale gas compared to current annual domestic production of about 1 trillion cubic feet of natural gas and 24 trillion cubic feet of proven gas deposits. Moreover, the country has vast reserves of coal. Why is it that the energy sector policy of the country does not focus on policies and incentives to develop domestic energy resources? Shale oil is the new frontier that will once again make US the largest producer of oil in the world. Why cannot Pakistan begin investigating its shale oil resources while expanding the prospecting and exploration for gas on a war footing?

Likewise, why is it that the government does not forcefully implement the Water and Power Development Authority's (WAPDA) master plan for hydropower development (also well-articulated in NEP), similar to what India has done in relation to its hydropower potential, and remains mired in a fruitless chase of donors to fund Daimer Bhasha Dam? Here again, the NEP offers attractive alternatives like the proposed Indus cascade dams scheme, which includes a string of hydropower investments including the Tarbela Tunnels (work has started on Tunnel #4 and needs to be extended to #5), Dasu (which some donors are willing to fund without much hesitation as it does not involve significant resettlement), Pattan and Thakotbesides Bhasha, along with numerous smaller dams on Jhelum and the Western tributaries of Indus. The potential is huge; ultimately, an installed hydropower capacity of 22,000 MW within the Indus Cascade and a strong possibility of realizing some 10,000 MW of new generating capacity within the next 10-15 years, shifting the power mix in favor of renewable and cheap hydropower, the way it was before the misguided leap to thermal generation started in the 1990s .

And there is need to fundamentally rethink the structure of the powersector. Privatization of DISCOs is a good starting point. But along with privatization or subsidized concessions for non-profitable DISCOs, the time has come to make power distribution a provincial/city government responsibility. Why should the federal government subsidize waste and corruption that takes place at provincial/local levels?The federal role should be confined to generation and
transmission as is the case in India, China and most federal countries.

The power sector reforms pushed by the IFIs (World Bank and ADB, in particular) remain incomplete. It seems that the Government was never serious about these reforms. Instead of unbundling the sector and creating a level playing period through fair regulation and incentivizing the private sector, what resulted was a weak regulator and a centralized bureaucracy centered on Pakistan Electric Power Company (PEPCO) and several public sector entities. The cost of waste, inefficiency and corruption was simply converted into the circular debt and later ever rising tariffs, while system performance and reliability took a nose dive. So what was wrong then with WAPD, as a vertically integrated utility that it had to be replaced by an unaccountable, monstrous bureaucracy? The country did not have the horrendous power mess it has today when WAPDA was in charge of the sector.

The NEP fortunately has given considerable thought to the institutional arrangements in the power sector. A future institutional set-up might include provincially regulated distribution companies that operate at provincial/local levels, a much strengthened and independent federal regulator, an autonomous public transmission company, and a large range of power producers both public and private at national, provincial and local levels, that can produce and sell power competitively to DISCOS and large independent consumers, such as industrial and agricultural units, housing estates, electricity cooperatives for farmers and rural consumers, etc. There is, however, a need to review all IPP contracts to ensure an equitable distribution of risk between the public and private sectors and to renegotiate or adjust poorly designed Government guarantees. Desperate conditions often require desperate remedies and no contract is so sacrosanct that it cannot be renegotiated.

The real irony is that Pakistan has made great strides in making electric power accessible to its population, by some estimates; about 80 percent has access to electricity, arguably among the highest access levels in South Asia. But there is no electric power to serve the connected! Load shedding is at a scale and magnitude only seen in economically collapsed states. But the steady expansion of power connections in rural areas and new housing colonies shows that incentives work in Pakistan (in this instance the lure of political patronage and graft) but seldom are they focused on productive and legitimate endeavors. Public interest unfortunately remains subservient to political expediency and private gain.

Asif Faiz is an infrastructure specialist. He was sector manager of World Bank's infrastructure programs in Latin America from 1992-2000 and operations adviser in the World Bank's Islamabad Office from 2010-2012.
 
Punjab and AJK governments to join hands on Mahal Power Project (590 MV)
p8_05.jpg
 
Minister inaugurates hydel turbine at Khanpur Dam

PESHAWAR: Khyber Pakhtunkhwa (KP) Senior Minister for Irrigation and Energy and Power Sikandar Hayat Khan Sherpao on Tuesday said completion of Rs 5.0 billion micro-hydel power projects by next year would generate 50 megawatts (MW) electricity that would help ensure inexpensive electricity to consumers.

Addressing the inaugural ceremony of T-34 hydel turbine at the site of Khanpur Dam in district Haripur, he said the coalition government of KP was implementing energy action plan with due sincerity that would produce 2,500 MW electricity. As we know energy crisis is an important issue of the province, hence the provincial government imposed emergency in this sector soon after coming to throne, he maintained.

He said the KP province has enough water resources and the energy demand of the province could be meet besides putting KP on the path of prosperity by utilising these resources.
The Minister lamented despite producing 3,000 MW electricity and having huge reservoirs of oil and gas the province was not that much developed and prosperous as it should be and that was because of law and order situation.

Senior Minister inaugurated T-34 hydel-turbine that was made by Chief Executive of Chitral Engineering Works Chaudhry Akhtar.

He has 28 years experience in Hydel field and already made up to 500 Hydel turbines like T-32 and T-33, which are successfully functioning in Chitral district and generating electricity.
The minister appreciated the works of Chaudhry Akhtar and assured provincial government’s support for him and other talented people for their encouragement. app

http://dailytimes.com.pk/default.asp?page=2013\11\06\story_6-11-2013_pg5_3
 

Country Latest Posts

Back
Top Bottom