Before we install a cogeneration unit in our house, we need to determine that it keeps our environment at a comfortable level and generates environmentally friendly electricity. At the same time, it should reduce harmful greenhouse gases and, of course, reduce our operating costs.
The solution to this issue is within our reach. The Freewatt and the Freewatt+ combined heat and power system present the most advanced and efficient energy generator on the market today.
The Freewatt is available as a hot air or hydronic (boiler) system. Both are powered by a Honda Micro Combined Heat and Power Generator (MCHP), whose engine offers the most advanced small engine technology and runs on natural gas. Gotta love the maintenance schedule.
Every 6000 hours of operation (1 ½ to 2 years) requires a new spark plug, oil filter and routine maintenance adjustments that take about an hour. It generates electricity at 85 to 90% efficiency (compared to our power plants at about 35% efficiency) and is expected to produce one-third to one-half the harmful emissions.
CHP (combined heat and power) is just another term for cogeneration, a system that has been used in industry for some time. The Freewatt cogeneration system has been recognized by the EPA as one of its Climate Choice Products.
It breaks through the energy-efficiency barriers that all conventional heating systems face: Freewatt combines two technologies. A 95% efficient furnace and the Honda generator mentioned earlier. Together, they provide unprecedented overall energy efficiency, while distributing heat throughout the home via the same ductwork.
Combined Heat and Power System
Combined heat and power systems or also known as CHP systems have become viable solutions for consumers today. CHP systems make it possible for customers to get maximum savings by leveraging the use of a single fuel system to produce both power and thermal energy for application in their facility.
Benefits Can’t be Overlooked
While many entities may get this solution for economic reasons, it’s undeniable that these systems still have other benefits promoting its widespread adoption from different consumer types in the market.
Other benefits include providing significant controlling of the production of greenhouse gases and other pollutants that affect the air quality. The Department of Energy details the following benefits:
Energy Modeling
Energy Modeling or energy framework displaying is the most common way of building PC models of energy frameworks to break down them. Such models regularly utilize situation examination to explore various presumptions about the specialized and monetary conditions at play.
Results might incorporate the framework practicality, ozone depleting substance outflows, combined monetary expenses, regular asset use, and energy effectiveness of the framework being scrutinized.
A wide scope of methods are utilized, going from comprehensively monetary to extensively designing. Mathematical improvement is regularly used to decide the smallest expense in some sense. Models can be worldwide, territorial, public, civil, or independent in scope. States keep up with public energy models for energy strategy advancement.
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