- May 24, 2011
MCHP1.0K2 is Example of another Breakthrough Innovation by Honda
Honda Motor Corp has marked its name as the leading company that provides multiple solutions for the varying needs of the customers. Today it has publicized the sale of all new ultra efficient household Micro Combined Heat and Power gas engine unit of cogeneration via gas utilities athwart Japan.
MCHP1.0K2 is Creating a Difference
MCHP1.0K2 has been built efficiently like its predecessor but with an improved new design which serves like the hub unit in the domestic cogeneration composition ECOWILL that burns natural or liquid propane gas in order to produce electricity and also heat water at the same time for remarkably high energy competence.
Internal Structure of MCHP1.0K2
MCHP1.0K2 consists of Extended Expansion Linkage Engine of Honda, extension stroke of which is elongated than the intake stroke which results in high extension ratio for enhanced thermal effectiveness and fuel effectiveness.
MCHP1.0K2 is Power Efficient than its Predecessor
On the basis of novel sine wave inverter power capability and Exlink, it provides power generation effectiveness up to 26.3% than the 22.5% offered by predecessor of MCHP1.0K2. A part from this, highly effective heat circulation adds in its efficiency. MCHP1.0K2 also provides combined power and heat production effectiveness up to 92% in contrast to its predecessor.
MCHP1.0K2 facilitates the users to save ¥50,000 per year as power and heating cost. You must be happy to know that its design is outstanding for the cogeneration unit which makes it convenient to install in broad range of homes.
Engine of MCHP1.0K2
MCHP1.0K2 is powered by 4 stroke liquid cooled OHV single cylinder and its weight is approximately 71kg.
Don’t Worry… MCHP1.0K2 is not Noisy
Honda has passed it through the various design improvements to reduce the noise of its air channel. MCHP1.0K2 is also composed of sound resistant substances which make it almost noise free and like the noise produced by the outdoor unit of Air conditioner.