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Nawaz government poised to see off power outages

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Nawaz government poised to see off power outages
By Hasnain Iqbal
Published: July 19, 2016

Facts first. The available power generation capacity in Pakistan is around 17,500 megawatts and the peak demand around 23,107 megawatts. Thermal power generation hogs the generation split followed by hydel. The split is: oil and gas (65 per cent), hydel (33 per cent), nuclear (1.8 per cent) and coal (0.2 per cent). Seventy per cent of the oil is imported, bleeding our foreign exchange reserves, especially when oil prices are high. Households consume the largest chunk of the power generated. The split is: households (44 per cent), industries (31 per cent), agriculture (14 per cent), and government/streetlight/commercial (11 per cent). The figures speak for themselves. Excessive dependence on thermal/hydel power has ramifications. Imported oil generates expensive power. Hydel power has a direct correlation with the quantity of water in the dams, which in turn is a consequence of nature’s whims. Pakistan’s power generation portfolio is skewed and needs to be balanced with the addition of wind/solar/coal fired power.

The shortfall hovers around 5,500 megawatts at its peak, with outages as long as 14 hours a day in rural areas. The power deficit accrues due to multiple reasons. Circular debt, suboptimal old units incapable of operating at full capacity and an inefficient transmission system with line losses of up to 30 per cent. Not to mention the rampant incidence of power theft, increasing population of home appliances, non-payment of bills from tribal areas and government departments and lack of policy continuity when the government changes. Due to frequent power outages, factories have been closing down and thousands have lost their jobs. Pakistan’s misery is compounded by the law and order situation, leading to low investor confidence and flight of capital. This was the power picture Nawaz Sharif had to grapple with when he became the prime minister in June 2013. Undaunted, he went about taming the electricity shortage genie and managing the frightening burden of public expectations with great zeal.

The solution lay in expanding capacity and diversifying the energy mix which is precisely what the present government has done. It has added solar and wind power to the portfolio, introduced liquefied natural gas (LNG) to the power generation and increased the share of coal and nuclear power. In fact, the Nawaz Sharif government has been charting a clear and well-defined power path since 2014. His power strategy hinged on five key themes, the first of which was improving cash flows, which meant better recoveries and lower losses through strict monitoring and differentiated load management. The second theme focused on maximising power output through timely payments to IPPs and extensive rehabilitation of the government-owned power plants. Zero outages for the industry and predictable domestic load management were the third theme. The fourth theme embraced improved customer services through mobile metre reading and text-based customer complaints redressal. Lastly, the government put in place a policy framework to attract investment in the power sector.

The year 2015 has been remarkable. With a well thought out power policy in place, Pakistan haws made impressive strides since 2013, towards overhauling the power ecosystem. The recoveries in 2015 were the highest in the last ten years, at Rs51 billion (93.4 per cent). Similarly, transmission and distribution losses in K-Electric were the lowest in the last decade at 18 per cent. In fact the aggregate technical and commercial (AT&C) losses were the lowest in the entire region, at 23.4 per cent (India’s were 26 per cent). The monster of circular debt was successfully capped at Rs 14 billion a month, a significant improvement over preceding years. Power generation capacity is the most important area. Pakistan is well on the path to adding 4,070 megawatts to the system as part of the CPEC, by 2018 (total 8,630 megawatts by 2022). The CPEC incorporates a diverse mix of coal/hydel/solar/wind projects, of which coal has the largest share (5,940 megawatts). Another 22,318 megawatts (8,498 megawatts by 2018) will be added by 2022, in addition to the capacity expansion envisioned in the CPEC. This will include mega projects like Neelum Jhelum dam (969 megawatts), Jamshoro Coal Power (1,320 megawatts), 3 LNG plants (1,200 megawatts each) and Chashma Nuclear (680 megawatts).

Dreams come true through hard work, sincerity and planning. By 2022, a game-changing investment of around $58 billion will have gone into the power sector. The investment will come from both the government and private sectors. The progress on the ground suggests that the Nawaz government is well on its way to achieving something dramatic and heartening. In total, a staggering 30,948 megawatts will be added to the system by 2022, taking Pakistan’s total power generation capacity to beyond 53,000 megawatts. By June, 2018, the installed capacity will be around 30,938 megawatts, exceeding the demand for around 25,961 megawatts. The nightmare of long power outages will see its last.

Published in The Express Tribune, July 19th, 2016.
 
By June, 2018, the installed capacity will be around 30,938 megawatts, exceeding the demand for around 25,961 megawatts. The nightmare of long power outages will see its last.

I sincerely hope this becomes a realization. Having said so the completion of each power project should coincide with parallel laying of transmission lines and not to forget to upgrade existing grid stations to cater for the needs of high demand. It wud be of no use that we have all the power but the grid stations can not take on the demand load and had to ration supply as is the case when they get tripped at peak hours or in case of rainfall or heavy wind.
 
  • Does the current distribution setup able to handle the planned 30k MW electricity?
  • Also what are the plans post 2018? are we going to continue with LPG and LNG as fuel source for our electricity plants or will finally play wise and decide to use some of that 80000 MW potential of hydroelectricity?
  • Are you sure that this is not like that "3 mahniay mein loadsheeding ka khatam na kia to naam badal dyna" thingy?
 
  • Does the current distribution setup able to handle the planned 30k MW electricity?
  • Also what are the plans post 2018? are we going to continue with LPG and LNG as fuel source for our electricity plants or will finally play wise and decide to use some of that 80000 MW potential of hydroelectricity?
  • Are you sure that this is not like that "3 mahniay mein loadsheeding ka khatam na kia to naam badal dyna" thingy?

Loadshedding can easily be eliminated in 3 hours. But for doing this u have to pay $$$ due to fuel used. This govt is providing loadshedding free electricity to industries and building more versatile generations to gradually improve cheap electricity. Isn't it an achievement to finish loadshedding to industries?
 
NS deserves little credit for the success, and the PPP government deserves as much as he does. It is the unseen and unheralded civil service which has worked hard to chart and implement a comprehensive policy to beat power outages long term. Unlike the short term measures of the past, which only kicked the problem into the future (IPP in the 1990's), we have a policy which will see investment in infrastructure and permit for the expected continuous increase of power demand as our country develops.

What Nawaz and PPP deserve credit for is not interfering in it.
 
Loadshedding can easily be eliminated in 3 hours. But for doing this u have to pay $$$ due to fuel used. This govt is providing loadshedding free electricity to industries and building more versatile generations to gradually improve cheap electricity. Isn't it an achievement to finish load shedding to industries?
Sure it it, even in residential sector the load shedding have dropped considerably here in Punjab at least and i am sure it is same everywhere else as well. anyone suggesting otherwise is wrong but if someone questions the planing for future and the means of production this electricity it is not wrong either and when you study it you do realize that the approach is no where near the best approach. The problem or the simple question is that there was no load shedding in Musharaf era either so does this make PMLN as good as PMLQ? OR who long we will compromise and be happy that at least we are no better then PPP regime. Where is the future planning? vision? All those reports of the hyrodro power potential is still not enough to make the concerned authorities do anything about it. It have been like this for decades and it seems it will remain the same for years to come.
 
Sure it it, even in residential sector the load shedding have dropped considerably here in Punjab at least and i am sure it is same everywhere else as well. anyone suggesting otherwise is wrong but if someone questions the planing for future and the means of production this electricity it is not wrong either and when you study it you do realize that the approach is no where near the best approach. The problem or the simple question is that there was no load shedding in Musharaf era either so does this make PMLN as good as PMLQ? OR who long we will compromise and be happy that at least we are no better then PPP regime. Where is the future planning? vision? All those reports of the hyrodro power potential is still not enough to make the concerned authorities do anything about it. It have been like this for decades and it seems it will remain the same for years to come.
At one hand u are talking about future planning and on other hand u are comparing musharaf era that have no loadshedding. In musharaf time, there was no loadshedding bcz earlier govts had future plannings and thus when in future musharaf came, he had no shortage. BUT during his 9 year tenure, he did not do anything so now we are having shortage.
Yes i agree u on building electric network but most of the time, generations are build near national grid (500kV transmission line). A grid station is build to raise voltage level from 18kV to 500kV and this grid is included in generation budget.
(I am Electrical Engineer from NUST and have 3 years experience of working in K-Electric in Grid & Transmission department)
 
I sincerely hope this becomes a realization. Having said so the completion of each power project should coincide with parallel laying of transmission lines and not to forget to upgrade existing grid stations to cater for the needs of high demand. It wud be of no use that we have all the power but the grid stations can not take on the demand load and had to ration supply as is the case when they get tripped at peak hours or in case of rainfall or heavy wind.
Distribution network is a major issue when a generation unit is setup in an area where no distribution network exists. All of non-hydro power plants (Except QASP Bahwalpur) have been setup in the areas where the distribution network exists. The only headache is to sort out the mass logistics in case of coal power plants.

At one hand u are talking about future planning and on other hand u are comparing musharaf era that have no loadshedding. In musharaf time, there was no loadshedding bcz earlier govts had future plannings and thus when in future musharaf came, he had no shortage. BUT during his 9 year tenure, he did not do anything so now we are having shortage.
Yes i agree u on building electric network but most of the time, generations are build near national grid (500kV transmission line). A grid station is build to raise voltage level from 18kV to 500kV and this grid is included in generation budget.
(I am Electrical Engineer from NUST and have 3 years experience of working in K-Electric in Grid & Transmission department)
As a rule of thumb, the least amount of power being added should equal twice the rate of GDP and/or Population growth.
 
Distribution network is a major issue when a generation unit is setup in an area where no distribution network exists. All of non-hydro power plants (Except QASP Bahwalpur) have been setup in the areas where the distribution network exists. The only headache is to sort out the mass logistics in case of coal power plants.

U are right but they should upgrade the feeders and grid stations accordingly like I mentioned earlier as if power is available but the grid stations can not pass on the power for being of low capacity then its a same thing as having no power. For QASP it is understood as they didnt have they liberty to chose the area having Distribution set but in case of solar power its the intensity of light etc that determine where the set up shud be established.
 
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At one hand u are talking about future planning and on other hand u are comparing musharaf era that have no loadshedding. In musharaf time, there was no loadshedding bcz earlier govts had future plannings and thus when in future musharaf came, he had no shortage. BUT during his 9 year tenure, he did not do anything so now we are having shortage.
Yes i agree u on building electric network but most of the time, generations are build near national grid (500kV transmission line). A grid station is build to raise voltage level from 18kV to 500kV and this grid is included in generation budget.
(I am Electrical Engineer from NUST and have 3 years experience of working in K-Electric in Grid & Transmission department)
Lolz, no dear, it is NOT me who is comparing to the past regimes. I just quoted Musharaf time to point out how wrong we are when we compare the current situation to the one in PPP time. I did mentioned that in the post as well.
I am simply pointing out the issues in our distribution network and a question that will it be able to handle the claimed power increase? the second part of my inquiry was related to long term future plans for cheap electricity, thinking beyond the LPG and LNG plants! Do not know what is there in the post that was confusing.
 
What we really need are Tidal Energy and Waste to Energy incinerators...
 
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