PROMOTING ENERGY EFFICIENCY THROUGH

Brand Owner (click to sort) Address Description
ENERGY Environmental Protection Agency 401 M Street, SW Washington DC 20460 promoting energy efficiency through the distribution of information and the identification of energy efficient products;
GREEN LIGHTS Environmental Protection Agency 401 M Street, SW Washington DC 20460 promoting energy efficiency through the distribution of informative literature;
OPERATION LIGHT SWITCH CENTRAL MAINE POWER COMPANY EDISON DRIVE AUGUSTA ME 04336 PROMOTING ENERGY EFFICIENCY THROUGH THE DISTRIBUTION OF INFORMATIVE LITERATURE AND PACKAGING FOR ENERGY-SAVING PRODUCTS CONTAINING ENERGY CONSERVATION INFORMATION;
SMART NEIGHBOR COMMUNITY ALABAMA POWER COMPANY 600 North 18th Street Birmingham AL 35203 promoting energy efficiency through a collaborative program with homebuilders to build energy efficient homes featuring innovative energy products and home automation to provide the homeowners and utility with information regarding energy usage, energy conservation, and efficacy of home automation;COMMUNITY;
SMART NEIGHBORHOOD ALABAMA POWER COMPANY 600 North 18th Street Birmingham AL 35203 Promoting energy efficiency through a collaborative program with homebuilders to build energy efficient homes featuring innovative energy products and home automation to provide the homeowners and utility with information regarding energy usage, energy conservation, and efficacy of home automation;NEIGHBORHOOD;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. Provided are an apparatus and a method of driving a high-efficiency plasma display panel for quickly eliminating a free-wheeling current, generated due to the parasitic effect in an energy recovery circuit, thereby improving energy recovery efficiency. The sustain-discharge driving device of a high-efficiency plasma display panel (PDP) includes a sustain-discharge switching unit, which connects charging and discharging paths of an energy recovery unit to the PDP according to a sustain-discharge sequence, and includes an energy recovery unit which, according to an energy recovery sequence, discharges energy of the PDP to an energy accumulation device through a resonance path while in discharging mode, charges the PDP with the energy accumulated in the energy accumulation device through a resonance path while in charging mode, and forms a closed circuit in which the voltage difference between both ends of an inductor is greater than a predetermined value so as to eliminate a free-wheeling current, which is generated in the inductor of the resonance path due to a parasitic effect, during mode transition.