A little-known fact about solar electric panels is that the hotter the panel itself, the less efficient it becomes. Studies have found a 0.05% efficiency loss for every degree of temperature that is increased. The reverse is true in that efficiency increases by 0.05% for every degree temperature decreases.

There are multiple ways to dehumidify a space — mechanical, reheat and desiccant to name a few. The biggest issue has been that conventional air conditioning units are only 10% effective at removing humidity. Until now, standard de-humidification systems were expensive to purchase and install.

This may come as a shock (or not), but I’m not a huge sports fan. I root for my Alma Mater Michigan State (Go Green!), and that’s about it. Whereas my husband started planning his Super Bowl menu weeks in advance. Clearly, opposites attract!

A lot of things are out of your control when working on a job involving multiple trades. Whenever I design any type of system, I always go down a list of “what ifs.” The “what ifs” are scenarios that can affect the performance of a system due to an unknown. This includes actions by other trades.

This webinar will take a look at solar thermal systems, revisiting the latest in step-by-step system design.

The code now has solar, hydronic and geothermal provisions.

With SolarPAK’s variable-frequency drive, the pump produces water even on cloudy days or with minimal sunlight.

RiteTemp monitors the temperature of heat transfer fluid as it leaves the panel, allowing the system to tune the mirrors and keep fluid temperatures and pressures in an optimum range.