Siemens Gamesa Renewable Energy will supply 25 of its 4.5-145 turbines for the 113 MW Hoa Thang 1.2 wind farm in Vietnam. Expected to be commissioned in 2021, the wind farm will generate enough clean energy to power more than 240,000 Vietnamese households.
The deal marks the largest order in the country for Siemens Gamesa, while it has also secured a long-term 10-year service contract. The project is being developed by Hoa Thang Energy Joint Stock Company, a special-purpose vehicle of Vietnam’s construction group Trading Construction Works Organisation. Tiếp tục đọc “Siemens Gamesa to supply turbines for wind farm in Vietnam”
Việt Nam còn rất nhiều tiềm năng năng lượng biển chưa khai phá, cho một tương lai môi trường ít phát thải, giảm ô nhiễm…
Quyết tâm khơi nguồn năng lượng biển
Biến đổi khí hậu, phát thải nhà kính từ các hoạt động sản xuất đang khiến cho Việt Nam khó khăn hơn khi tiếp cận mục tiêu thiên niên kỷ là đảm bảo phát triển kinh tế trong môi trường mang tính bền vững. Một giải pháp hoàn hảo được không ít các chuyên gia, nhà khoa học khuyến nghị hiện nay chính là hãy tận dụng nguồn năng lượng tái tạo.
Tiếp tục đọc “Khơi nguồn năng lượng biển Việt Nam”
by Trần Đình Hoành, JD, Esq.
– Basically, the wind power sector is almost empty in Vietnam now, with only several wind farms of capacity of 30MW, 50MW…
However, the government has plan to add a total installed capacity of 2.613 MW in 2020 and 15.717 MW in 2030. Tiếp tục đọc “Wind Power Potential for Vietnam”
SÓC TRĂNG — Construction of a wind power plant began on Tuesday in the Cửu Long (Mekong) Delta province of Sóc Trăng.
The Vĩnh Châu Renewable Energy Joint Stock Company is the main investor of the project, worth more than VNĐ1.3 trillion (US$56 million) in the first phase. Tiếp tục đọc “Work begins on Lạc Hòa wind power plant in Sóc Trăng”
Quang Tri (VNA) – A ground-breaking ceremony was held in the central province of Quang Tri on December 31 for three wind power plants with a combined capacity of 144 MW. Tiếp tục đọc “Quang Tri province starts construction of 3 more wind power plants”
- Vestas giành hợp đồng EPC đầy đủ cho dự án gió ngoài khơi 50MW tại Trà Vinh 21/12/2019
- Động thổ dự án Trang trại Phong điện HBRE Chư Prông (Gia Lai) 13/12/2019
- Đề xuất bổ sung “đại” dự án điện gió 500MW HBRE Vũng Tàu vào quy hoạch điện lực quốc gia 13/12/2019
- Nexif Energy ký Hợp đồng mua bán điện giai đoạn 1 dự án điện gió tại Bến Tre 13/12/2019
- Năm 2015, điện tái tạo (sinh khối, gió, mặt trời) chiếm 5,4% trong tổng công suất sản xuất điện 39 GW. Theo quy hoạch điện VII đã điều chỉnh được Chính phủ phê duyệt, năm 2030, điện tái tạo sẽ chiếm 21% trong tổng công suất điện, trong đó điện sinh khối 2.000 MW, điện gió 6.000 MW, điện mặt trời 12.000 MW.
Vestas has secured an Engineering, Procurement and Construction (EPC) contract for the 50MW Tra Vinh intertidal project in Vietnam.
This marks Vestas’ second intertidal contract in Vietnam within a week, followed by a deal to provide 13 V150-4.2 MW turbines for a 50MW intertidal project in the Bạc Liêu Province for the local EPC construction company Bac Phuong JSC. Tiếp tục đọc “Vestas Nets EPC Contract for Intertidal Wind Farm in Vietnam”
Vietnam is rising as Southeast Asia’s new wind hero, with power capacity soon to dwarf that of all other Asean nations and the world’s biggest offshore wind farm to be built off its windy coast, but challenges remain.
Wind energy could cover more than one third of global power needs in 2050 reducing global carbon emissions by a quarter, new IRENA report finds
Beijing, China, 21 October 2019 – Asia could grow its share of installed capacity for onshore wind from 230 Gigawatt (GW) in 2018 to over 2600 GW by 2050, a new report by the International Renewable Energy Agency (IRENA) finds. By that time, the region would become a global leader in wind, accounting for more than 50 per cent of all onshore and over 60 per cent of all offshore wind capacity installed globally.
Tiếp tục đọc “Asia Poised to Become Dominant Market for Wind Energy”
Việt Nam News talks to Vietnamese and Danish lawmakers and experts about barriers that Việt Nam has faced in energy transition to reach sustainable development goals, experience from Denmark and the two countries’ partnership in the field.
Lê Hồng Tịnh, vice chairman of National Assembly’s Committee of Science, Technology and Environment
Việt Nam has followed the global trend of developing renewable energy. Located in the equatorial zone, Việt Nam has a natural advantage in solar power. In the context that hydropower potentials are running out and imported coal pollutes the environment, it is a priority of Việt Nam to implement wind and solar power policies.
However, if solar power develops at a too rapid speed, it will cause an imbalance in the power system. A cloud blocking the sun can interrupt the system.
European countries have their power system connected to a general European network. When the grid of one country is interrupted, they buy electricity from the general regional power system. Unlike Việt Nam, the power system is not connected to any regional network. Therefore in case of interrupted transmission, it is difficult to find alternative sources of energy.
Việt Nam has revised the Law on Electricity, Law on Economical and Efficient Use of Energy and related laws to attract and encourage the public to engage in using renewable energy.
The Vietnam Electricity has offered assistance of VNĐ1 million (US$43) for each household installing solar-powered water heaters. Now we have to adopt policies in which families can sell extra solar power on their roofs to integrate into the national grid.
We need also an electricity tax policy. The National Assembly has conducted studies to work with the Ministry of Industry and Trade to make amendments and supplements to related laws.
Professor Trần Đình Long, full member of International Academy of Electrotechnical Sciences, vice president of Việt Nam Electrical Engineering Association
Việt Nam has not mapped out an appropriate plan for national electricity structure in the long term. Việt Nam used to target a low proportion of renewable energy in the plan. After that, following the global trend, the proportion of renewable energy has been adjusted to increase.
The percentage of renewable energy accounted for in the national electricity structure needs comprehensive planning on power sources and grids.
Experience from around the world including European countries, China and India shows renewable energy policies start from feed-in tariff and preferential treatment for clean energy. Việt Nam needs to conduct insightful research to adopt a general appropriate feed-in tariff policy. This must answer questions of how electricity prices are supported, through loans or preferential import-export policies.
Dr Vũ Minh Pháp, Institute of Energy Science, Việt Nam Academy of Science and Technology
The barrier of Việt Nam is weakness in technology quality inspection. Technologies of solar and wind power from global manufacturers have entered Việt Nam at a rapid speed. However, there is no Vietnamese unit in charge of inspecting these devices to check whether the technologies are well suited to the Vietnamese environment. Another barrier is that there has been no study in Việt Nam that finds proper answers to the question of how to treat waste after solar and wind power projects reach their end of life.
Steen Gade, former member of Danish Parliament, former chairman of the Climate, Energy and Building Committee
I think Việt Nam needs to combine energy politics with climate issues. Việt Nam needs to combine economic growth with a very strong environmental and climate agenda.
Denmark has experience in involving people. It has been the centre in Denmark when we need high prices of energy, we discuss in public, in media, in organisations, among ordinary people to find out the best solution.
In Denmark, local farmers in rural areas made co-operatives where they own wind mills and they can sell wind power to the grid. That means it was an economic benefit for farmers, at the same time, it started the process of renewable energy. We combine economy and environment and we focus on renewable energy. We have developed action between people, topic discussions, media, education and politics.
Aton Beck, director of global co-operation, Danish Energy Agency
We have very good co-operation with the Vietnamese Ministry of Industry and Trade and the electricity of renewable energy authority on how to ensure more renewable energy in Việt Nam’s system. On November 4th, we will launch a new Việt Nam’s energy outlook that will look into different kinds of scenarios for the long-term transition in Việt Nam. There is definitely a huge potential for wind, solar energy and biomass in Việt Nam.
Next year, Denmark will have more than 50 per cent of our electricity consumption based on wind. We can integrate it into our system. In 2028, we will have 100 per cent of electricity consumption based on wind.
Denmark has some good experience and we would like to share with Việt Nam.
Việt Nam has very successful economic growth but it also creates challenges in the energy sector including higher energy demand, higher dependence on coal, higher emissions of greenhouse gases and higher dependence on importing energy with dramatic increase in energy import.
We have good co-operation with the Vietnamese Ministry of Industry and Trade to ensure that Việt Nam has the right framework for having international developers coming to Việt Nam to invest. That is really important that you have transparent and simple framework conditions for renewable energy developers. — VNS
vietnam.panda.org – Posted on 13 May 2019
Hà Nội, ngày 13 tháng 5 năm 2019 – Trong bối cảnh hàng ngàn đập thuỷ điện đang được quy hoạch trên toàn cầu, trong đó có cả khu vực Tiểu vùng sông Mekong Mở rộng, một báo cáo mới đây của WWF và Uỷ ban Bảo vệ Thiên nhiên khẳng định năng lượng tái tạo có thể giải quyết thách thức toàn cầu về năng lượng và khí hậu mà không cần phải hy sinh những dòng sông chảy tự do cũng như những lợi ích đa dạng mà chúng mang lại cho con người và thiên nhiên. Tiếp tục đọc “Năng lượng tái tạo có thể giúp đạt mục tiêu toàn cầu về khí hậu và năng lượng đồng thời giữ được các dòng sông chảy tự nhiên”
TTO – Chỉ học hết lớp 12 nhưng ông Lê Hữu Bá lại tìm tòi sáng chế điện gió để tạo ra nguồn năng lượng xanh, giúp cho ông cũng như người dân địa phương giải tỏa “cơn khát điện” phục vụ sinh hoạt và sản xuất nông nghiệp của hộ gia đình.