De-lamping is when one bulb per set of lights is removed. Greg Smith from Energy Optimizers, USA, took a light reading and found that Tipp High School’s hallway lights were above the 50 foot-candles that are required for classrooms and the hallway code is 35. Even after removing the light bulbs the hallways will still be above code. Energy Optimizers, USA donated the labor to remove the bulbs. It is estimated that about 265 bulbs will be taken out of service. By removing one lamp per light set, the school district will save almost $2,000 in energy cost. By not using 265 light bulbs, that will be an additional estimated savings of $425.
While the US government is taking a serious look at upgrading the network of electrical grids around the country, dollars are pouring into the aging utility industry, revitalizing the ways that people look at domestic power generation.
Read more in the New York Times
Green building professionals like Energy Optimizers, USA are using innovative design, new technologies and onsite renewable energy generation to reduce buildings’ energy use and greenhouse gas emissions.
Yet even after energy efficient lighting, solar photovoltaic systems, passive heating and other sustainable technology and design elements have been integrated into green building projects, these projects still need to draw electricity from the power grid. And the power they draw is primarily generated through the combustion of fossil fuels, which results in the release of greenhouse gases. In fact, according to the U.S. Department of Energy, U.S. buildings are responsible for 39 percent of the nation’s carbon dioxide emissions.
You may be unaware that the IT industry and it’s data centers and servers consume energy to both power and cool the technologies that make our lives and businesses run smoothly each day. At present, between 3 and 4 percent of all electricity (and the associated carbon emissions) used in the world goes to running data centers.
Energy Optimizers, USA is doing it’s part to reduce overall carbon emissions and build on our national power generation capabilities by hosting our website and its data on servers in a data center that has secured the Renewable Energy Credits* (RECs) necessary to mitigate the environmental impact of the data centers’ energy use. For those data center functions that use natural gas, steam or fuel oil onsite, our web design company has assured us that the hosting facility has secured carbon credits that provide a 130% offset to balance out greenhouse gas emissions associated with obtaining energy from fossil fuel sources of energy.
Using Energy Optimizers, USA’s Energy Management and Commissioning Services, our professionals have been able to ensure that not only are the technologies and design elements used in their projects green, but that their projects’ electricity usage is green as well.
*Renewable Energy Credits (RECs) are tradeable credits representing all the environmental benefits of 1 megawatt hour of renewable energy. The web hosting company has purchased the credits that basically pays a U.S. windfarm to generate renewable energy on behalf of the hosting company. For every REC purchased by the hosting provider, that windfarm generates 1 megawatt of wind power and puts it into the grid. When the hosting provider draws power from the grid, it can then claim credit for that wind power generated on its behalf.
In early October, the Green Energy Ohio Renewable Energy Tour made stops throughout the State of Ohio, showing residents how homes and businesses are investing in energy efficiency, wind, and solar technologies. The Tour, which was held in cooperation with the American Solar Energy Society’s National Solar Tour, is the largest demonstration of installed renewable-energy technologies and building practices in the United States.
In Northeast Ohio, participants had a chance to visit seven energy sites in the Mahoning Valley. Residents in Northwest Ohio had a chance to tour projects at a variety of designated sites. In Central Ohio, zoo-goers were able to view the geothermal system that heats and cools polar bears’ homes at the Columbus Zoo.