Modern Energy Wind Project: Grand Valley State University
| Tilting At Wind Farms A way to make wind power smoother and more efficient that exploits the inertia of a wind turbine rotor could help solve the problem of wind speed variation, according to new research. |
| Press Release from Solar Night Industries 1.4.2008-Solar Night Industries (PINKSHEETS: SLND), a renewable energy company formed to accelerate the adoption of Modern Energy Solutions, announced that Tim Corbet, CEO of the Company, was recently a participant and presenter at the Fall 2007 Department of Commerce and Economic Opportunity (DCEO) Peer Exchange, held in Fairview Heights, Illinois.See Full Press Release at Investor Relation Home. SHAREHOLDERS: Register Now For Solar Night Investor Relations Packet & Newsletter Updates |
| New System Proposed To Optimize Combined Energy Use Engineers in Spain have developed an algorithm that can optimize hybrid electricity generation systems through combined use of renewable energies, such as photovoltaic and wind power, and non-renewables, such as diesel. Their study envisions storing the energy in batteries or hydrogen tanks. |
| Modern Energy Wind Project: Grand Valley State University Modern Energy Wind Project at Grand Valley State University September 2007 |
| Solar Synapse Featured in Solar Industry Magazine As Seen In Solar Industry Magazine (January 2008): View The Entire Article in Solar Industry Magazine St. Louis-based Solar Night Industries (SNI) has introduced the Solar Synapse, a product, sales and marketing program designed to enhance builders’ solar plans for new homes and homeowners. The program includes marketing materials to help builders sell Solar Synapse Pre-Wire Kits - which are installed during construction to prepare a new home for adding PV solar panels - and provide post-purchase activity for the new homeowner. Start Your 2008 Plan Today |
| Scientist Finds Plumber’s Wonderland On Graphene Engineers have demonstrated the formation of interconnected carbon nanostructures on graphene substrate in a simple assembly process that involves heating few-layer graphene sheets to sublimation using electric current that may eventually lead to a new paradigm for building integrated carbon-based devices. |