Ca Mau electric grid was built and completed immediately after the administrative separation with Bac Lieu (November 1996). This grid spreads from primary forests in U Minh Thuong and U Minh Ha to Dam Doi district, Ngoc Hien. Due to sparsely populated condition, electrical loss only exceeds 9% because of naked wire and frost. The efforts of the electricity industry and Ca Mau’s people in saving electricity are quite impressing. During the serious lack of electricity in the dry season, Ca Mau has contributed to the national grid by operating its gas-power-fertilizer plant with capacity 1,500MW. To help Southern Electricity Corporation overcome difficulties, the implementation of energy saving and reduction in Ca Mau is a matter of great importance for all sectors. The output in 2010 is scheduled to reach 670 million kWh. However, due to planned reduction, the first 5 months in 2010 only reached 258.3 million kWh, equals to 38.55% of plans.

Today a long-standing electronic dream has become a reality thanks to research done by a team of scientists from Bar-Ilan University, Israel, supported by U.S. Department of Energy’s (DOE) at Brookhaven National Laboratory. Producing superconducting nano-scale wires to facilitate faster and more powerful electronic devices has been the long-time ambition which had eluded achievement until now.

To 2009, 97 cement production lines have been put into operation in the whole country, with the total designed capacity of 57.4 million tons. In 2010, it has been estimated that 13 more production lines would be completed, which will raise the total capacity by 11.7 million tons. In 2011, 12 more lines will be put into operation, the total capacity is estimated to increase by 9.36 million tons.

As much as we all want coal as an energy source to go away completely, we also know it will take the government and private sector sometime (too long in our opinion) to fully move to clean energy sources. In the meanwhile, methods need to be developed which can minimize the impact of fossil fuel usage on the environment.

Under the direction of Deputy Prime Minister Hoang Trung Hai at Announcement number 343/TB-VPCP dated December 4th 2009 on building an energy saving advocacy program to every province, bringing the program to every ward, commune, block, making energy efficiency an emulation target, a standard in the cultural family evaluation, the Hanoi People’s Committee, in coordination with the Ministry of Industry and Trade, organized the pilot campaign for the 2010 Energy Saving and Efficiency for Households in Hanoi, with the theme “Energy efficiency in every household is saving for you and for future generations”.

Using clean energy is a weapon in the fight against climate change. Ho Chi Minh City is considered to have a rich solar resource which has not yet been exploited and used wisely. Recently, although Ho Chi Minh City Hi-Tech Area and 23-9 Park has installed 32 lamp posts using solar power, it is still too small in comparison with actual demand. Is it due to the lack of funding or a hesitation to invest?

In Bac Ninh Province, there are many occupational villages and recycling facilities currently producing non-ferrous metal, which offers a high economic value for the local population. However, as these facilities are located among residential areas, waste and emission from the manufacturing process directly affect the residents nearby, disturbing their livings.

Germany already leads the world on renewable energy and could become first G20 country to kick the fossil-fuel habit. Germany could derive all of its electricity from renewable energy sources by 2050 and become the world's first major industrial nation to kick the fossil-fuel habit, the country's Federal Environment Agency said today.

Spain's industry ministry has reached agreements with two key renewable energy lobbies, the Spanish Wind Energy Association and Protermosolar, aimed at reducing special tariff premiums for wind farms and solar thermal plants.

Tốc độ không quan trọng, quan trọng là bạn đi được quãng đường bao nhiêu với lượng nhiên liệu ít nhất có thể!Đó là cuộc chơi của khoảng 1.000 sinh viên đến từ các trường đại học kỹ thuật và công nghệ của các nước châu Á. Họ đã có mặt tại Kuala Lumpur (Malaysia) từ ngày 8 đến 10-7 để tham dự cuộc đua dành cho xe tự chế tiết kiệm nhiên liệu (Shell Ecomarathon Asia - SEM).

Giải thích về công nghệ biến rác thải, bùn thải thành điện, TS Hoàng Sinh Trường, Trung tâm Nghiên cứu Năng lượng mới, Đại học Bách khoa Hà Nội cho biết, phát điện từ than bùn được thực hiện theo cơ chế thu hồi khí từ bãi chôn lấp và phát điện theo cơ chế CDM (Clean Development Mechanism - cơ chế phát triển sạch). Một hệ thống nhiều ống thu khí sẽ được chôn ở độ sâu 15m để thu khí gas phát sinh từ quá trình phân hủy rác ở các ô chôn lấp.

This could very well be the magic formula for future power generation. Yes, scientists are busy crafting what is now called as “solid organic electric battery based upon treated potatoes.” These are absolutely eco-friendly batteries – based on the hidden powers of potatoes – which will be an economical answer to the growing power needs of developing and developed countries.

Researchers at Cornell University have developed a process for building an organic molecular-scale framework that could be used to collect solar energy. They did it using phthalocyanines, which are common dyes used in blue jeans and numerous other products.

During the recent heat wave, electricity consumption has increased sharply: on 19th June, 37 million KWh was used, on 20th June, almost 40 million kWh, increasing by nearly 40% over the same period in 2009. According to EVN Hanoi, the sudden growth mainly gathered in daily life consumption. Meanwhile, in other provinces electricity consumption were deeply reduced - 30% over the same period in 2009 because every week, these provinces have electricity outage in 2-3 days.

2009 statistics from Ministry of Industry and Trade show that Vietnam’s rate of growth in electricity consumption was 2.45 times greater than GDP growth rate. Consumption in industry – construction sector accounted for about 38%, civil 36.8%, transportation 20%, the rest in service and agriculture.

With advantages such as reasonable price, energy efficiency, high luminescence efficiency and high durability, diverse styles, LED (light emitting diode) products are becoming attractive to Vietnamese consumers.

In 2004, the second production line was installed, bringing the total designed capacity to two million square meters per year, in the meantime the company took over the Binh Duong Cotto Brick Factory, a unit under the Xuan Hoa Construction Ceramic Company (also a Viglacera member). Besides, efforts were made to build the Hoanh Bo Brick Factory with an annual capacity of 80 million bricks employing coal gasifier tunnel-kiln technology (the first tunnel-kiln factory in Vietnam using the technology).

American Electric Power CEO Michael Morris is all too familiar with the challenges of incorporating renewable energy into the existing industrial framework. But he believes that the largest of these hurdles can be overcome with sound planning for the future. Here’s what he has to say.

Japan's Toshiba said Friday it was working with Mitsubishi Motors to develop batteries for electric vehicles, as the race intensifies among automakers and technology giants to make emission-free cars. Toshiba, which spans electronic components, appliances and nuclear power plants has developed a fast-charging long life lithium-ion battery called SCiB (Super Charge ion Battery), which it plans to adapt for cars.

The signing of the cooperation contract is part of the 9th meeting of Australia – Vietnam Joint Trade and Economic Cooperation Committee (JTECC), in June in Melbourne, Australia. Mr Vo Hong Phuc, Minister of Planning and Investment and Mr Simon Crean, Australian Minister of Trade, witnessed the signing. According to the agreement, ECT, through a joint venture which produces coal with Coldry clean technology in Australia (VCPL), will export 2 million tons of Coldry coal per year to Vietnam starting in 2014 and 20 million tons per year by 2020.