Posted on 1/7/2019 By Gausman & Moore
A wind turbine consists of two or three giant blades that look like propellers attached to a rotor. The rotor is attached to a main shaft, which is then connected to a generator. When the wind blows, the large blades begin to spin. The rotational movement transfers to the shaft, which also spins. This transfers to the generator, which creates electricity.
Posted on 8/27/2018 By Gausman & Moore
The most significant component of sustainable building design is having a renewable energy source. Simply being able to create electricity from a renewable source is not only more energy efficient, but can save money over time. Plus, renewable energy sources are environmentally friendly and do not leave a big carbon footprint, if any at all. Below we will examine some of the more popular renewable energy sources.
Posted on 8/20/2018 By Gausman & Moore
At the heart of Gausman & Moore we live and breathe sustainable design. Our team of engineers is dedicated to creating sustainable concepts and utilizing renewable energy as often as possible. While it may seem to be the new, trendy approach to building, we must still look at why sustainable engineering is important. Let's take a closer look as to why green design is both a practical option and necessary for a better future.
Posted on 7/9/2018 By Gausman & Moore
Solar water heaters rely on the sun to heat the water provided to your home or building. These systems are reliable and relatively straightforward. At the core, a solar water heater is reliant on the solar collector and storage tank. The collector is an insulated box, usually with a dark interior, that contains tubes that allow for water flow. The solar collector catches the sun's rays and transforms them into heat. The storage tank simply holds the heated water. From here, the functionality of the solar water heater depends on the type.
Posted on 6/28/2018 By Gausman & Moore
A Zero Energy Building, often seen abbreviated as ZEB, is a building where the amount of imported energy is offset by the amount of exported energy. The building can be a stand-alone building, part of a network, or even part of a larger campus or community. Typically, the amount of energy imported and exported is measured annually. The methodology used to import and export energy can come from various power sources.