Before you seek the myriad of attractions this summer in China, be sure to experience a new kind of wall. The GreenPix or the Zero Energy Media Wall is a landmark in LED display; it is one of the largest of its kind in the world and is made of 2,292 LED lights, which cover 24,000 square feet. The best part of this display… it is one of the greenest with photovoltaic technology providing the power. New York based architect Simone Giostra and British building engineers Arup explain that display works almost like a living organism; it sucks in sunlight during the day and then uses that same power to generate light in the evening.
After Mercedes going green with its all electric and ditching petroleum technology its now BMW that’s keen on turning the humble Mini into an all electric car. BMW is testing electric powertrains and is using a fleet of several hundred Minis to experiment with electric drive systems and determine the alternative drive of the future.
Seems China wants to be known in recent history as being one of the fastest implementer of the latest and greatest technology. A-Power Energy Generation Systems, Ltd has completed the construction of the first phase of its wind turbine production facility in Shenyang, China. It is said to be the largest wind turbine production facility in China. The first phase is a 310,000 square foot production facility with an annual capacity to produce 300 2.5MW wind turbines and 420 750kW wind turbines. They have already laid the foundation for phase 2 of the wind turbine production facility, which, when completed, will increase A-Power’s wind turbine production capacity by another 30%. It is estimated that construction on phase 2 will commence in Q4 2009 and will be completed in about 4 months at a cost of approximately US$10 million. After phase 2 is completed, A-Power will have the capacity to produce 400 2.5MW wind turbines and 550 750kW wind turbines each year.
Showcased at the green pavilion in the Green IT Promotion Council Hokkaido Toyako Summit was Toshiba’s IT Power Measurement Unit. It is aimed at reducing power consumption at homes and remotely monitoring and controlling energy status. The unit is connected with power distribution boards at homes. The power measurement unit measures power used for each system and transmits the data to Toshiba Home Appliances’ server using the “IT Home Gateway” communication terminal for Feminity. Users can check their current power consumption and cumulative power consumption by month, for example, on the company’s “Feminity Club” Web service using PCs, digital TVs and mobile phones. Solar cell energy status can also be displayed.
If you want to know how clean or filthy the air over Paris is, then very soon all you will need to do is look yonder to the Helium filled balloon that will indicate the pollution levels. Aérophile has announced the launch of AERO30NG Aérophile 5500 model, which is located in the Parc Andre Citroën in Paris. This balloon is filled with 6,000 cubic meters of helium and will serve as a tourist attraction as well as green-consciousness. Several sensors set up by Airparif, an organization that measures air quality in France, will collect air pollution data from all over the city. After computing the data, the Aérophile balloon will display two measurements: ambient air quality and air pollution produced by auto emissions, which is measured at major traffic junctions. The balloon’s color indicates the ambient air quality using three projectors that are located in the middle of the balloon. Red signifies highly polluted air, orange for polluted, yellow for moderate, light green for clean, and green for very clean.
Hyundai is all set to launch its Elantra LPI HEV hybrid vehicle based on its “Elantra,” in July 2009 in Korea. The vehicle employs the mild hybrid system that incorporates a Li-polymer secondary battery manufactured by LG Chem Ltd of Korea, a 1.6L LPG (liquefied petroleum gas) engine, a 15kW DC motor and a CVT (continuously variable transmission). The fuel cost of Elantra LPI HEV has been reduced by the adoption of a LPG engine. When fuel costs are compared based on the figures, the fuel cost of Elantra LPI HEV is 40% lower than that of other existing hybrid vehicles and 50% lower compared with the gasoline engine version of Elantra. The additional vehicle cost paid for a hybrid vehicle will be offset by the difference in fuel costs in about two years. The CO2 emission is 103g/km, which is 90% less than a gasoline engine.
Everyone wants to remembered after they are long gone, be it as a wage memory or as a legend of their times. When it comes to being the President of the USA, it’s not that hard to be forgotten considering the remarkable achievement one already may possess in being a president of any country. Nevertheless, no one would like to be remembered or even associated let alone be named after a garbage dumping ground. The Presidential Memorial Commission of San Francisco wants to switch the name of the Oceanside Water Pollution Control Plant to the George W. Bush Sewage Plant. Supporters hoping to put the issue on the November ballot turned in more than 10,000 signatures to San Francisco election officials. It takes just over 7,000 valid names to qualify and the group expects to find out later this month whether they made it.
Solar cell arrays on houses are commonly a handful of kilowatts, or thousandths of a megawatt. On big commercial buildings, installations of one or two megawatts have become common. A one-megawatt installation will run about 1,000 window air-conditioners simultaneously, at least as long as the sun is shining. Energy Conversion Devices has planned to solarize the General Motors assembly plant in Zaragoza, Spain. The project will be putting out 12 megawatts, a huge number in a field where most arrays are measured in kilowatts. The project will use solar devices manufactured in rolls, like carpet runners. Installation will be completed this fall, according to the company, which is based in Rochester Hills, Michigan Energy Conversion will supply the equipment to Veolia Environment and Clairvoyant Energy, which will lease the rooftop space from GM and own and operate the installation, which will be two million square feet.
Mercedes may be name of true luxury, safety and class, now it will be the name for green too. It is planning to eradicate petroleum powered vehicles from its own line up of vehicles by the year 2015. It will now be putting its best brains into building electric, fuel cell, and biofuel vehicles; the company is revving up research in alternative fuel sources and efficiency. From what we know Mercedes well they really do one of the best research in the field of automotive engineering, so nothing less than perfect is expected off a green Merc. The Mercedes facility in Spain has one vehicle the F700, powered by a DiesOtto engine that combines HCCI and spark ignition to get nearly the same efficiency as diesel, but minus the expensive after-treatment systems. Mercedes is looking into electric vehicles, both battery-powered and fuel-cell powered. Not only are models in development, but we’ve also seen the company making steps towards its zero-petroleum goal right now, from better cabs in London to li-ion battery improvements. The company also has about 100 Smart electric cars undergoing testing in London, with that favorite 2010 year as the projected market release date.
Inside the Zero-Emission House where all home appliances work with electricity generated by solar and wind energy
The Ministry of Economy, Trade and Industry (METI), Japan build a model house called the “Zero-Emission House” in the outdoor car park of the International Media Center (IMC) for coverage by international journalists during the Hokkaido Toyako Summit. This house of the near future is equipped with a photovoltaic power generation system, fuel cells, advanced robots, and other cutting-edge technologies. All home appliances in the zero emission house work with electricity generated by solar and wind energy.