Brief: Watch as we walk through the full process, from initial setup to real-world testing of the 3 Phase Residential CHP. This video demonstrates how the 8KW 10KVA cogeneration unit recovers heat from four different sources and showcases its operation with a water-cooled alternator in a grid-on configuration.
Related Product Features:
Generates 8kW of continuous electrical power and 20.4kW of thermal output with an overall efficiency of 90.9%.
Recovers waste heat from four sources: engine jacket water, alternator cooling water, exhaust, and exhaust manifold.
Features a robust SP9EW engine with 4 cylinders, 4-stroke, 16 valves, and water-cooled operation at 1500 RPM.
Equipped with a water-cooled asynchronous alternator offering IP65 protection and class H insulation.
Includes premium components like SWEP heat exchangers, Woodward speed governor, and ABB soft start and switch.
Operates on natural gas with a consumption of 0.396 m³/kW.h and a gas inlet pressure range of 1-10 kPa.
Designed for 3-phase, 400/230V, 50Hz electrical systems with a compact, soundproof enclosure.
Offers optional features such as lambda control and a catalyst converter upon request.
FAQs:
What is the total efficiency of this 8KW CHP unit?
The 3 Phase Residential CHP achieves an impressive overall efficiency of 90.9%, combining 25.6% electrical efficiency and 65.3% thermal efficiency from heat recovery.
From which sources does the CHP recover heat?
This cogeneration unit recovers waste heat from four key sources: the engine jacket water, the alternator cooling water, the exhaust system, and the exhaust manifold, maximizing energy utilization.
What are the key specifications of the engine used in this CHP?
The CHP is powered by a SP9EW engine, which is a 4-cylinder, 4-stroke, 16-valve, water-cooled engine with a displacement of 1.5L, operating at 1500 RPM with an 11:1 compression ratio.
Is this unit suitable for grid connection?
Yes, this 8KW 10KVA CHP is designed for grid-on cogeneration, meaning it can synchronize with and supply power to the electrical grid while also providing thermal energy.