跳至主要内容

Four hydropower projects to continue implementation in 2019-2020 FY

                                             https://www.boland-hydroturbine.com/
The four hydropower projects—671-megawatt (MW) Shweli (3) hydropower project, 280-megawatt (MW) Upper Yehwa hydropower project, 111-megawatt (MW) Thahtay hydropower project and 51-megawatt (MW) Upper Kyaingtaung hydropower project—will continue implementations during 2019-2020 fiscal years, said a source from the Ministry of Electricity and Energy.
The projects we will continue implementing during 2019-2020 FY include 622.38 miles of 66-KV power lines, 22 66-KV sub-power plants, 132-KV, 230-KV, 500-KV, 1488.15 miles of power lines, 25 sub-power plants, 23-megawatt  Myanaung natural gas-fired power plant, 152-megawatt Ale Paunglaung hydropower project, 671-megawatt (MW) Shweli (3) hydropower project, 280-megawatt (MW) Upper Yehwa yydropower project, 111-megawatt (MW) Thahtay hydropower project and 51-megawatt (MW) Upper Kyaingtaung hydropower project, said Dr. Tun Naing, Deputy Minister of the Ministry of Electricity and Energy.Upper Yeywa hydropower project is situated on the dam built on Dokhtawaddy (Myitnge) 280-megawatt (MW) power plant is built and it generates 1,409 million kilowatt hours annually. It is aimed at distributing power to all parts of the country through Myanmar national grid. It is a type of roller compacted concrete (RCC). It can store 277,000 acre feet of water. A 38.73 percentage of the construction of the dam has been so far finished.     The whole project will be finished in 2020-2021 FY. Built on Dokhtawaddy (Myitnge), Yeywa hydropower project is generating 790-megawatt. 210-megawatt Namtu (Thibaw), 735 megawatt Ale Yeywa hydropower project and 60-megawatt Deedoke project are under implementation, according to the Ministry of Electricity and Energy.

Eleven

评论

此博客中的热门博文

Water Turbine Design for Small Scale Hydro Energy

                                                  https://www.boland-hydroturbine.com/ Selecting the Best Type of Water Turbine Design Selecting the best type of water turbine design for your particular situation often depends on the amount of head and flow rate that is available at your particular location and whether it is at the side of a river or stream, or the water is to be channelled or piped directly to your location. Other factors include whether you want an enclosed “reaction turbine design” such as the Francis turbine or an open “impulse turbine design”, such as the Pelton turbine as well as the speed of rotation of your proposed electrical generator. By analysing all of these factors together you can get some indication of what type of  Water Turbine Design  may work best for your particular situation. Knowing the difference between a Pelton and Francis turbine for example, will help make the choice easier. The following table gives a basic idea of which particul

Types of Hydropower Plants

                                                   There are three types of hydropower facilities: impoundment, diversion, and pumped storage. Some hydropower plants use dams and some do not. The images below show both types of hydropower plants. MPOUNDMENT The most common type of hydroelectric power plant is an impoundment facility. An impoundment facility, typically a large hydropower system, uses a dam to store river water in a reservoir. Water released from the reservoir flows through a turbine, spinning it, which in turn activates a generator to produce electricity. The water may be released either to meet changing electricity needs or to maintain a constant reservoir level.                                                www.boland-hydroturbine.com DIVERSION A diversion, sometimes called run-of-river, facility channels a portion of a river through a canal or penstock. It may not require the use of a dam. PUMPED STORAGE Another type of hydropower called pumped

Hydropower, the only solution for cheapest power generation

                                                 https://www.boland-hydroturbine.com/ Hydropower has the lowest life-cycle cost of any power generation technology. Hydropower is a potential life-saver for Pakistan. Yet its development has been hampered for decades. Hence, only 15 percent of Pakistan’s over 60,000MW hydropower potential has been developed in 70 years. Hydropower plants power generation can give a country economy a new path of progress. Despite initial costs and long gestation periods, hydropower plants have almost no fuel cost and have operational lives of over a century. New hydropwer plants generate electricity at Rs6-10 per unit compared to thermal power plants’ Rs15-25 per unit. All other power-generating technologies have up to 30 years of project life and need up to four times expensive plant replacements in foreign exchange. Wind and solar technologies are solely dependent on the weather. They can at best supplement but not replace hydropower which, amo