Spotlighting Kia's increasing focus on striking design and new technologies, the chrome-colored, three-metre-long three-seater POP with its electric drivetrain, oblong-shaped side windows and front-hinged doors took centre stage on Kia's Paris Show stand. Unconventional features of POP – the striking side-window design, the high-tech feel of the dot-pattern head and taillights, back-lit front grille, rear-view cameras in each door, full-length glass roof, and the simplistic look of the wheels – all point to inspiration from outside the usual automotive spheres, such as gliders and high-speed bicycles. POP is also in fact a fully-electric, zero-emissions car with a 60 ps, 190 Nm motor. It's powered by highly efficient, compact lithium polymer gel batteries and is fully rechargeable in just six hours. Top speed is 140 kph, with a maximum range of 160 km on a single charge. The POP concept was designed by Kia's European design team under the direction of Peter Schreyer, Kia's Chief Design Officer, and Gregory Guillaume, Kia Europe's Chief Designer. Source: Kia
The company has had 12 fuel cell systems installed that will turn air and methane into a third of the electricity supply for Adobe’s campus in downtown San Jose. The 1.2-megawatt project is the largest installation to date for Bloom Energy Corporation, the fuel cell specialists based in Sunnyvale, California. The 12 Bloom Energy Servers, which are also known as Bloom boxes, have been installed on the fifth floor of Adobe’s West Tower building. Each 100-kilowatt server is the size of an average parking space, containing thousands of fuel cells that generate electricity from methane and air. Typically, one server generates enough power to supply 100 average homes with electricity, Adobe said. Randall H Knox III, senior director of Global Workplace Solutions at Adobe, said the methane gas is being sourced from out of state from a landfill in Pennsylvania. Methane is produced when organic materials in landfills break down. Adobe pays for the gas to be put into the pipeline, offsetting the methane used in California. “Installing Bloom Energy fuel cells supports Adobe’s efforts to remain at the forefront of utilizing impactful, clean technologies to reduce our environmental footprint,” said Mr Knox. “We hope to be an example to other companies considering cleaner, more affordable energy sources for their operations.” Source: BrightEnergy.org
- Clean up the existing supply with a price on carbon
- Store wind and solar energy for later use
- Limit impact of transmission lines
- Drive down costs of electric cars
- Build a portfolio of transportation options
- Mine the earth for rare minerals
- Grow energy crops; save the food
- Bury hang-ups on nuclear waste
Read full article at MSNBC
After a successful start last December in 21 California stores, Lowe’s today announced it has brought the one-stop destination for energy-saving products to all U.S. stores. The Energy Center is retail’s first truly integrated energy solution, bringing products that measure, reduce and generate energy to one convenient location to meet consumers’ individual energy needs. “The Energy Center builds on Lowe’s commitment to bring more innovative products and services to our customers,” said Nick Canter, Lowe’s executive vice president of merchandising. “By pulling together comprehensive options to help them manage their energy use, the Energy Center makes it easier for customers to become more energy efficient while putting money back in their pocket.” Lowe’s is the first major retailer to offer many of these products in one place, putting solar technology alongside ENERGY STAR® qualified CFLs to provide a wide range of solutions that empower consumers to measure their energy use, reduce energy consumption and generate renewable energy.
Like the little engine that could, the University of Nevada, Reno experiment to transform wastewater sludge to electrical power is chugging along, dwarfed by the million-gallon tanks, pipes and pumps at the Truckee Meadows Water Reclamation Facility where, ultimately, the plant’s electrical power could be supplied on-site by the process University researchers are developing. “We are very pleased with the results of the demonstration testing of our research,” Chuck Coronella, principle investigator for the research project and an associate professor of chemical engineering, said. “The process to dry the sludge to make it burnable for a gasification process, which could then be transformed into electricity, is working very well. This is an important step for our renewable energy research, processing about 20 pounds an hour of sludge in a continuous-feed system to produce about 3 pounds an hour of dried powder.” The team of researchers custom built the processing machine in a lab at the University and brought it to the plant for testing. It uses an innovative process with relatively low temperatures in a fluidized bed of sand and salts to economically produce the biomass fuel from the gooey sludge. Read full release here.
Cannon Power Group Closes $547 Mill Power Sales Transaction With So. California Public Power Authority
Records 946 to 960 of 1206