Grid Tied PV System, Off Grid PV System, Building Integrated PV, LEED Certification in Washington DC USA

Grid Tied PV System, Off Grid PV System, Building Integrated PV, LEED Certification in Washington DC USA
 
Grid Tied PV System, Off Grid PV System, Building Integrated PV, LEED Certification in Washington DC USA
Energy Efficiency
   
Grid Tied PV System, Off Grid PV System, Building Integrated PV, LEED Certification in Washington DC USA
We provide home energy auditing, energy efficiency consulting along with renewable energy products and services. Our wide range of energy consulting services includes:
 
Comprehensive Energy Audits
Blower Door Airtightness Testing
Duct System Airtightness Testing
Renewable Energy System Selection & Sizing
Home Energy Rating (HERS) & Energy Star certifications
 
According to the Department of Energy Energy Efficiency and Renewable Energy, the average American household spends $1,600 annually on energy bills.

Almost half of that energy cost goes to heating and cooling your home. Lighting and appliances represent about a third of those costs, water heating 13%, and home electronic products like computers, TVs and cell phone chargers make up the remainder.

Each of us can take action today to reduce energy use at home, while still staying comfortable.
It's our vision that Green Power Living be a useful source of information in making our homes comfortable and energy efficient, and in reducing our impact on our environment.

 
Why Get A Home Energy Audit?
Your home is one of the most important and expensive investments you will make. A professional home energy audit can help you minimize the energy costs of that investment. At GreenBrilliance, we provide accurate and unbiased energy audits focused on providing you with the information needed to make your home comfortable and energy efficient
  Specific goals of an energy audit are to:
Identify the type, size, condition, and rate of energy consumption for each major energy-using device.
Recommend appropriate energy conservation, operation, and maintenance procedures.
Estimate labor and materials costs for energy retrofits.
Project savings expected from energy retrofits.
  Note current and potential health and safety problems and how they may be affected by proposed changes.
  Explain behavioral changes that will reduce energy waste.
 

 
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