An energy analysis for new construction ensures efficiency, sustainability, and cost-effectiveness. It begins with evaluating architectural plans and specifications. Our team reviews the layout, materials, and systems for energy performance. We simulate energy consumption based on insulation, HVAC, lighting, and window placements to identify efficiency improvements, such as optimizing building orientation for natural light and recommending high-performance

Duct Blaster
A Duct Blaster measures air leakage in duct systems, identifying inefficiencies in HVAC systems. By pressurizing ducts, it quantifies escaping air, crucial for assessing ductwork performance. This aids homeowners and businesses in making informed repair or upgrade decisions, improving indoor air quality and energy efficiency, which can lower energy costs.

Blower Door
A Blower Door measures a building's airtightness with a fan in an exterior doorframe. It depressurizes the building, revealing leaks in the envelope. Data gathered assesses insulation and energy efficiency. By finding leaks, the Blower Door test helps property owners improve comfort and reduce energy costs, ensuring compliance with energy codes.

A residential energy inspection evaluates a home's energy efficiency. It involves assessing insulation, HVAC systems, windows, and doors. Our certified inspectors check insulation for gaps, evaluates heating and cooling efficiency, and inspects for air leaks. Thermal imaging may reveal hidden issues. The findings are compiled into a report detailing current performance. This analysis helps homeowners understand energy usage, reduce bills, and enhance comfort, making the inspection a proactive step towards energy efficiency.

A green building inspection evaluates a structure's environmental performance and efficiency, focusing on energy use, water conservation, indoor air quality, and material sourcing. Inspectors assess design and construction for compliance with standards from ICC Green Building Code and Ashrae. Key areas reviewed include insulation, HVAC systems, renewable energy effectiveness, and water-saving fixtures. The impact of sustainable materials and waste management is also evaluated.