Many simple methods can be applied to save at least 5-10 percent of electricity consumption, for example turning off electrical equipment when use is not necessary or operating air conditioners at suitable temperatures. However, many companies still ignore these simple methods.

The federal government has turned to a 130-year-old Hawaii sugar grower for help in powering the Navy and weaning the nation off a heavy reliance on fossil fuels. It will spend at least $10 million over the next five years to fund research and development at Maui cane fields for crops capable of fueling Navy fighter jets and ships. The project also may provide farmers in other warm climates with a model for harvesting their biofuel crops.

Two heavy-duty manufacturing powerhouses, Peterbilt and Eaton Corporation, have teamed up to give garbage trucks a fuel saving green twist. This spring, Peterbilt announced its new Model 320 Hybrid which uses Eaton’s new hydraulic hybrid system to achieve up to 30% in fuel conservation, along with a consequent reduction in emissions and greatly reduced maintenance costs, too. Now four of the sustainable behemoths are set for their first run in Michigan, in the green-minded city of Anne Arbor.

Founded in the 1990s, the production line, machinery and auxiliary equipments at Thang Long Plastic Joint Stock Company are not compatible, leading to inefficient energy consumption. In order to find solutions to the problem, Thang Long Plastic Joint Stock Company has conducted energy audit and applied various measures to reduce electricity costs as well as to improve power efficiency.

A forty acre, six megawatt solar power plant is providing the energy to run a water treatment operation at a Superfund site in California, and the U.S. EPA is so pleased with the results that they’ve produced a detailed case study to help promote similar projects across the country.

The new bus shelter was designed and installed by Solade Concepts based in Corona, CA. The solar structure consists of products and solutions proposed by Go Green Solar, based in Los Angeles, CA, which include six SANYO HIT-210NKHA6 210-watt HIT Power® solar panels with six Enphase Energy M210-84-240-S12 micro inverters and a LED lighting solution in an on-grid solar system.

Five years ago, facing with the need to save electricity to cut down power expense, Sai Gon Morin Hue Hotel – a four starred hotel in Thua Thien – Hue decided to replace the electrical water heaters with heaters using solar energy, although this type of product had not been very popular in the city back then.

Next week, Kim Dinh Green Energy JSC (Ho chi Minh City) will start installing 50 solar energy lamp posts on the road from Dinh Bo Linh – Thai Sanh Hanh T-junction to Dinh Bo Linh – Highway 50 junction, which has an approximate length of 1 km. Kim Dinh Corporation partially sponsor the installation cost.

Tom Broadbent, sinh viên thiết kế công nghiệp của ĐH De Montfort (Anh), vừa phát triển hệ thống HighDro Power thu gom năng lượng từ chất thải, nước thải trong các đường ống ở những tòa nhà cao tầng.

There have not been many domestic businesses such as these two to recognize the wind power potential in Vietnam. Cavico spent 60% of their investment fund for renewable energy on wind power, among other energy sources such as solar power, wave power (power generated by the combination of ocean waves and wind turbines).

DuPont, a science-based products and services company has created a new polymer-based separator for lithium-ion batteries that will improve their life and power and make them perfectly suited for electric and hybrid vehicles.

The Song Hau Power Center is defined as a regional power center whose core functions are to supply power to the national power grid (mainly serving southern areas and ensuring national power balance) through the 220/500kW north-south power transmission line. The center will include three coal-burnt thermo-power plants: the Song Hau 1 power plant (2x600MW), the Song Hau 2 power plant (2x1,000MW) and the Song Hau 3 power plant (2x1,000MW) and other associated infrastructure projects.

One relatively new player in the U.S. solar parking lot field is EEPro, an offshoot of the German company EEPro GmbH, which started up operations in North Carolina last year. Its main product consists of photovoltaic units mounted on steel frames, which dovetails neatly with support for renewable energy by the United Steelworkers and other labor groups that see a rich trove of new green jobs in the emerging green economy.

International Green Energy Expo Korea 2010 was chosen as the venue where SunPods SP-300 was first displayed. This is the first factory built-to-order solar-powered integrated electric-vehicle charging station – ready for powering up immediately. This ready-to-use solar power platform from SunPods is called EV Plug-N-Go.

Some days ago the Central Committee for Vietnam Farmers’ Association had a meeting in Hanoi with Knescopic Electronic Corporation – India on cooperation of supporting the poor households in rural and mountainous area in approaching electrical devices using solar power.

According to a new study, the Caribbean islands represent one of the perfect location for the development of renewable energy. Qualibou believes that by drilling in the right places, they can build a geothermal plant capable to produce about 150 megawatts of geothermal power.

Honolulu-based Natural Power Concepts has recently designed a mobile, retractable-blade wind turbine that is capable to generate both solar and wind energy. Being equipped with solar panels, this turbine becomes one of the newest inventions in the alternative energy field.

In order to help India’s rural masses who lack electricity, Vodafone Essar Ltd. recently developed a solar-powered mobile phone. According to officials, there are almost 20 million new mobile subscribers each month in India. The problem is that many of them live in rural areas, where the energy supply can be patchy at best.

Dubbed Plugless Power, the device makes use of proximity charging technology to power the vehicle. Evatran’s system works by using a shoebox-sized device mounted to the undercarriage of the vehicle and a parking block which also contains a transmitter that can move within the box and thus get as close as possible to the receiver on the vehicle.

Students at Cambridge University look towards hydropower to light up homes in developing countries. Deniz Erkan, Li Jiang and Ned Stuart-Smith have developed a portable hydroelectric generator that is capable of producing up to 1kW of power when installed in free-flowing rivers. The 500kg device designed by these third-year students does not require special infrastructure or equipment, it is very easy to install.