There are many great resources and tips available for homeowners on how to make their homes more energy-efficient. But some tasks should be left to the pros. Inspectors who offer home energy inspections can post this article on their website to give a nudge to their undecided clients: 6 Reasons to Hire a Professional for Your Home Energy Audit.
Optimum energy efficiency is a major target for new housing, but existing homes can be retrofitted to experience the same lowered energy bills and a decreased carbon footprint. Although inspecting solar power systems is beyond the scope of a standard home inspection, it’s useful for inspectors to have a basic knowledge of them as they become more commonplace. Read our latest article by Roberta Farsetta, a 20-year veteran of the inspection industry, and spouse of Certified Master Inspector® and Chair of InterNACHI’s Ethics and Standards of Practice Committee: Inspecting Solar Roofing Shingles.
Energy efficiency is now a major consideration for new home construction, but even older homes without state-of-the-art appliances can benefit from being retrofitted, either entirely or via certain components. Inspectors should be aware of these options, as well as the many configurations and multiple uses of heating appliances, by reading Inspecting Gas-Fired Boilers.
The majority of new home construction is deadline-driven, which means that, sometimes, minor but essential work may be performed haphazardly or not at all. This is especially true of sealing around exhaust fans and ductwork. If the opening cut for the installation of the fan box or duct leaves large gaps around the unit, air can escape into unconditioned spaces and create airflow and moisture problems that don’t reveal themselves until they become critical. Proper installation at the outset can help prevent such issues. Inspectors can read more about them in Inspecting for Air Sealing at Kitchen and Bathroom Exhaust Fans.
Inspectors who inspect homes that are being built or retrofitted with newer HVAC systems should know something about ductwork and air returns. Making sure that airflow and return air are being moved through the system properly is vital for energy efficiency and comfort. Read more in Inspecting Ducted Returns.
Cooling is essential for homes in regions that experience hot weather. And it’s vital to get the right installation and balance for homes in climates that are particularly humid. Find out more by reading Inspecting Whole-House Dehumidification Systems.
Before the weather heats up, it’s important to have a home’s cooling system serviced so that it runs optimally. And it’s just as important to have the right size system installed in the first place – not just based on the size of the home, but also the home’s climate zone. Evaporative cooling systems are affordable alternatives to conventional central air-conditioning systems, but they don’t work everywhere. Find out more about them by reading Inspecting Evaporative Cooling Systems.
New homes are being built to be more airtight and energy-efficient. That’s why it’s more important than ever to make sure that their cooling systems are properly sized and installed. Whether your clients are in the process of building their home, or you’re inspecting their existing home, don’t let them waste money or energy. Read up on some helpful tips in Inspecting Compression Cooling Systems.
Energy efficiency is a top priority for homeowners. Advising clients on how to lower their heating and cooling costs while maintaining comfort is important for home inspectors. When homeowners have taken steps to make improvements, there are special inspection considerations. Read some useful tips in our latest article: Inspecting Added Blown Insulation in an Existing Vented Attic.
Home inspectors can help ensure that their clients’ HVAC systems are running optimally by checking the system’s duct seams. There are key points where air leakage is common, as well as specific types of materials that should be sued to remedy any energy loss. Read more: Inspecting the HVAC System for Duct Leaks and Energy Loss.