Energy Projects...Updates
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ghazi52
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Jagran river is a tributary of Neelum River, which confluences with it at Kundal Shahi in AJ&K.
A number of hydropower schemes have been identified on Jagran River out of which JHPP-1 (30.4 MW) is operational and JHPP-2 (48 MW) is under construction by FWO-HMC-CNTIC-BITC JV. The project is being financed by Power Development Organization AJ&K.
FWO is undertaking civil works of the project which includes Weir structure, De-sander, 5Km tunnels, Surge Tank, Vertical Shafts and a Power house. Presently work is in full swing on all components of the project simultaneously & 1.85 km tunnel works have been completed.
On 22nd March 2020 an important landmark activity has been achieved by diverting Jagran River into 190 m long diversion channel which was created by cutting into rock and boulders. The construction activities for Weir stage-1 will now be started.
A number of hydropower schemes have been identified on Jagran River out of which JHPP-1 (30.4 MW) is operational and JHPP-2 (48 MW) is under construction by FWO-HMC-CNTIC-BITC JV. The project is being financed by Power Development Organization AJ&K.
FWO is undertaking civil works of the project which includes Weir structure, De-sander, 5Km tunnels, Surge Tank, Vertical Shafts and a Power house. Presently work is in full swing on all components of the project simultaneously & 1.85 km tunnel works have been completed.
On 22nd March 2020 an important landmark activity has been achieved by diverting Jagran River into 190 m long diversion channel which was created by cutting into rock and boulders. The construction activities for Weir stage-1 will now be started.
ghazi52
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Earth works are in progress at Mohmand Dam Hydropower project.
Mohmand Dam Hydropower Project is historic and unique in nature being constructed after the delay of over five decades. The project is scheduled to be completed in five years and eight months. It will store about 1.2 million acre feet (MAF) of water, generate 800 megawatt (MW) of low-cost hydel electricity and help mitigate floods in Peshawar, Charsadda and Naushera.
Besides supplementing 160,000 acres of existing land, about 16,700 acres of new land will also be irrigated because of Mohmand Dam. In addition, 300 million gallons water per day will also be provided to Peshawar for drinking purpose. Annual benefits of the project have been estimated at Rs 51.6 billion.
Mohmand Dam Hydropower Project is historic and unique in nature being constructed after the delay of over five decades. The project is scheduled to be completed in five years and eight months. It will store about 1.2 million acre feet (MAF) of water, generate 800 megawatt (MW) of low-cost hydel electricity and help mitigate floods in Peshawar, Charsadda and Naushera.
Besides supplementing 160,000 acres of existing land, about 16,700 acres of new land will also be irrigated because of Mohmand Dam. In addition, 300 million gallons water per day will also be provided to Peshawar for drinking purpose. Annual benefits of the project have been estimated at Rs 51.6 billion.
ghazi52
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The Suki kinari Hydropower Project is located on the Kunhar River in the beautiful valley of Kaghan, KP.
As a key project in the list of the first batch of priority projects of the "China-Pakistan Economic Corridor", China Energy Construction Gezhouba Group's overseas greenfield investment "first order", the project shoulders the major mission of Gezhouba Group's transformation and upgrading and structural adjustment.
The SK Hydropower Station is equipped with four Pelton turbine generators with a single unit capacity of 221 MW, with a total installed capacity of 884 MW, a maximum net head of 922.72 meters, and an average annual power generation of 3.212 billion kWh for many years.
As a key project in the list of the first batch of priority projects of the "China-Pakistan Economic Corridor", China Energy Construction Gezhouba Group's overseas greenfield investment "first order", the project shoulders the major mission of Gezhouba Group's transformation and upgrading and structural adjustment.
The SK Hydropower Station is equipped with four Pelton turbine generators with a single unit capacity of 221 MW, with a total installed capacity of 884 MW, a maximum net head of 922.72 meters, and an average annual power generation of 3.212 billion kWh for many years.
Muhammad Omar
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Dasu Dam Under-construction
ghazi52
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Matiari to Lahore ±660kV HVDC Transmission Line Project
Pakistan’s first HVDC project: Matiari-Lahore
An agreement is signed between Pakistan’s water and power ministry and State Grid of China for the development of a High Voltage transmission link from south to North of Pakistan. A memorandum of understanding (MoU) was also signed between National Transmission and Despatch Company Limited (NTDC) and China Electrical Power Equipment and Technology Company earlier this year for design and construction of high voltage direct current (HVDC) link.
It will be country’s first ever Direct Current (DC) transmission project. This 866-km long transmission link will serve the purpose of dispatching bulk power (approx. 4000 MW at 660 kV DC), generated from coal power plants, from southern region to densely populated central region of Punjab where generation-demand imbalance has been a long-standing issue. HVDC link will also provide breathing room to NTDC’s existing overburdened transmission system. This will not only improve the voltage profile of the system but also reduce transmission losses. Although this is NTDC’s internal HVDC link, but it can open possibilities for cross-border HVDC links which not only can narrow down generation-demand gap but also enhance stability of the transmission system.
- Feasibility study completed
- Tariff determined by NEPRA
- TSA/IA initialed in December 2016
- Land acquisition for converter stations at Lahore and Matiari completed
- Agreement signed between PPIB and State Grid of China on May 2018
- Financial Closed (FC) achieved on 27th February 2019
- Expected COD in March 2021
Pakistan’s first HVDC project: Matiari-Lahore
An agreement is signed between Pakistan’s water and power ministry and State Grid of China for the development of a High Voltage transmission link from south to North of Pakistan. A memorandum of understanding (MoU) was also signed between National Transmission and Despatch Company Limited (NTDC) and China Electrical Power Equipment and Technology Company earlier this year for design and construction of high voltage direct current (HVDC) link.
It will be country’s first ever Direct Current (DC) transmission project. This 866-km long transmission link will serve the purpose of dispatching bulk power (approx. 4000 MW at 660 kV DC), generated from coal power plants, from southern region to densely populated central region of Punjab where generation-demand imbalance has been a long-standing issue. HVDC link will also provide breathing room to NTDC’s existing overburdened transmission system. This will not only improve the voltage profile of the system but also reduce transmission losses. Although this is NTDC’s internal HVDC link, but it can open possibilities for cross-border HVDC links which not only can narrow down generation-demand gap but also enhance stability of the transmission system.
Muhammad Omar
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ghazi52
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ISLAMABAD: The government on Wednesday signed a Rs442 billion contract with a joint venture of China Power and Frontier Works Organisation (FWO) for the construction of the Diamer-Bhasha dam.
The Chinese state-run firm holds 70 per cent and the FWO, a commercial arm of the Armed Forces of Pakistan, 30pc share in the consortium. The contract covers construction of a diversion system, main dam, access bridge and the 21MW Tangir hydropower project.
The eight million acre feet (MAF) reservoir with 272-metre height will be the tallest roller compact concrete (RCC) dam in the world. It will have a spillway, 14 gates and five outlets for flushing out silt. The diversion system involves two tunnels and a diversion canal — all three having one kilometre length each. The bridge — a box girder structure — under the contract will be constructed downstream of the dam structure while the 21MW power plant will be built to meet energy requirements of the project during construction.
Prime Minister Imran Khan was briefed on the progress of the project a couple of days ago. The construction work on dam will begin in a couple of weeks.
Wapda chairman says Diamer-Bhasha project will be completed in 2028
Diamer-Bhasha dam project chief executive officer Amir Bashir Chaudhry and authorised representative of China Power Yang Jiandu signed the agreement on behalf of the Water and Power Development Authority (Wapda) and the joint venture, respectively. Water Resources Minister Faisal Vawda, Chinese Ambassador Yao Jing, Water Resources Secretary Mohammad Ashraf, Wapda chairman retired Lt Gen Muzammil Hussain, Pakistan Army engineer-in-chief Lt Gen Moazzam Ejaz and FWO director general Maj Gen Kamal Azfar attended the signing ceremony.
The Wapda chairman expressed the hope that the Diamer-Bhasha dam would be completed as per the timelines to cope with the increasing water and electricity requirements of the country. The dam project with a total financial outlay of about Rs1,406.5bn would be completed in 2028, he said.
The total financial outlay includes land acquisition and resettlement, confidence building measures for social uplift of the local people, construction of dam and power houses.
Gen Hussain said the project would have a gross storage capacity of 8.1 MAF and power generation capacity of 4,500MW, with an annual generation of 18.1bn units. However, the electromechanical and power generation project would be taken up separately at a later stage.
Wapda has already awarded a Rs27.182bn contract for dam’s consultancy services to Diamer-Bhasha Consultants Group (DBCG). The consultancy agreement includes construction design, construction supervision and contract administration of the dam project.
The DBCG joint venture comprises 12 top-ranked national and foreign consulting firms — Nespak (Pakistan), Associate Consulting Engineers (Pakistan), Mott MacDonald Pakistan, Poyry (Switzerland), Montgomery Watson and Harza (MWH) International-Stantec (USA), Dolsar Engineering (Turkey), Mott McDonald International (England), China Water Resources Beifang Investigation, Design and Research Company (China), Mirza Associates Engineering Services (Pakistan), Al-Kasib Group of Engineering Services (Pakistan), Development Management Consultant (Pakistan) and MWH Pakistan, with Nespak as the lead firm. These firms have a vast experience of providing consultancy services for mega water projects the world over.
The Council of Common Interests (CCI) had approved the project for construction in 2010, but it suffered delays because of international lending agencies which remained associated with the project but later backtracked because of opposition from India. The government has already spent about Rs170bn on the project since then on land acquisition and other expenses. In view of the lenders’ resistance, it was decided about four years ago to divide the multi-purpose project into two major components — Rs650bn worth of dam project to be constructed with the public sector funds and Rs750bn worth of power project most probably to be developed in independent power producer (IPP) mode at a later stage.
The core project development (dam structure) alone is estimated to cost almost Rs270bn. The project offers a very attractive internal economic return of 15.7pc even at a 12pc discount rate, according to project documents.
The project is designed to serve as the main storage dam of the country, besides Mangla and Tarbela dams, and its storage would be helpful for alleviating flood losses. The dam will have a 6.4 MAF usable water storage capacity.
The project is estimated to help alleviate acute irrigation shortage in the Indus basin irrigation system caused by progressive siltation of the existing reservoirs, besides substantially contributing to reduce intensity, quantum and duration of floods and reduce magnitude and frequency of floods in the River Indus downstream.
The project will also have trickledown effects on all sectors of the economy by accelerating development and creating job opportunities, besides improving availability of water and clean energy. The completion of the dam would increase the country’s storage capacity from 30 to 48 days and make power generation facilities an attractive future investment by the private sector to add 4,500MW of additional electricity to the national grid.
Published in Dawn, May 14th, 2020
The Chinese state-run firm holds 70 per cent and the FWO, a commercial arm of the Armed Forces of Pakistan, 30pc share in the consortium. The contract covers construction of a diversion system, main dam, access bridge and the 21MW Tangir hydropower project.
The eight million acre feet (MAF) reservoir with 272-metre height will be the tallest roller compact concrete (RCC) dam in the world. It will have a spillway, 14 gates and five outlets for flushing out silt. The diversion system involves two tunnels and a diversion canal — all three having one kilometre length each. The bridge — a box girder structure — under the contract will be constructed downstream of the dam structure while the 21MW power plant will be built to meet energy requirements of the project during construction.
Prime Minister Imran Khan was briefed on the progress of the project a couple of days ago. The construction work on dam will begin in a couple of weeks.
Wapda chairman says Diamer-Bhasha project will be completed in 2028
Diamer-Bhasha dam project chief executive officer Amir Bashir Chaudhry and authorised representative of China Power Yang Jiandu signed the agreement on behalf of the Water and Power Development Authority (Wapda) and the joint venture, respectively. Water Resources Minister Faisal Vawda, Chinese Ambassador Yao Jing, Water Resources Secretary Mohammad Ashraf, Wapda chairman retired Lt Gen Muzammil Hussain, Pakistan Army engineer-in-chief Lt Gen Moazzam Ejaz and FWO director general Maj Gen Kamal Azfar attended the signing ceremony.
The Wapda chairman expressed the hope that the Diamer-Bhasha dam would be completed as per the timelines to cope with the increasing water and electricity requirements of the country. The dam project with a total financial outlay of about Rs1,406.5bn would be completed in 2028, he said.
The total financial outlay includes land acquisition and resettlement, confidence building measures for social uplift of the local people, construction of dam and power houses.
Gen Hussain said the project would have a gross storage capacity of 8.1 MAF and power generation capacity of 4,500MW, with an annual generation of 18.1bn units. However, the electromechanical and power generation project would be taken up separately at a later stage.
Wapda has already awarded a Rs27.182bn contract for dam’s consultancy services to Diamer-Bhasha Consultants Group (DBCG). The consultancy agreement includes construction design, construction supervision and contract administration of the dam project.
The DBCG joint venture comprises 12 top-ranked national and foreign consulting firms — Nespak (Pakistan), Associate Consulting Engineers (Pakistan), Mott MacDonald Pakistan, Poyry (Switzerland), Montgomery Watson and Harza (MWH) International-Stantec (USA), Dolsar Engineering (Turkey), Mott McDonald International (England), China Water Resources Beifang Investigation, Design and Research Company (China), Mirza Associates Engineering Services (Pakistan), Al-Kasib Group of Engineering Services (Pakistan), Development Management Consultant (Pakistan) and MWH Pakistan, with Nespak as the lead firm. These firms have a vast experience of providing consultancy services for mega water projects the world over.
The Council of Common Interests (CCI) had approved the project for construction in 2010, but it suffered delays because of international lending agencies which remained associated with the project but later backtracked because of opposition from India. The government has already spent about Rs170bn on the project since then on land acquisition and other expenses. In view of the lenders’ resistance, it was decided about four years ago to divide the multi-purpose project into two major components — Rs650bn worth of dam project to be constructed with the public sector funds and Rs750bn worth of power project most probably to be developed in independent power producer (IPP) mode at a later stage.
The core project development (dam structure) alone is estimated to cost almost Rs270bn. The project offers a very attractive internal economic return of 15.7pc even at a 12pc discount rate, according to project documents.
The project is designed to serve as the main storage dam of the country, besides Mangla and Tarbela dams, and its storage would be helpful for alleviating flood losses. The dam will have a 6.4 MAF usable water storage capacity.
The project is estimated to help alleviate acute irrigation shortage in the Indus basin irrigation system caused by progressive siltation of the existing reservoirs, besides substantially contributing to reduce intensity, quantum and duration of floods and reduce magnitude and frequency of floods in the River Indus downstream.
The project will also have trickledown effects on all sectors of the economy by accelerating development and creating job opportunities, besides improving availability of water and clean energy. The completion of the dam would increase the country’s storage capacity from 30 to 48 days and make power generation facilities an attractive future investment by the private sector to add 4,500MW of additional electricity to the national grid.
Published in Dawn, May 14th, 2020
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summer is here whats the update on power production and load shedding?
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