Combined production of thermal and electrical energy from gen-sets with asynchronous alternators.
A spark-ignited gas engine drives a three phase asynchronous alternator which generates electrical energy. The heat recovery system generates thermal energy from the engine cooling and flue gas systems. This type of combined electrical and thermal energy is one of the most efficient ways of using fossil or renewable fuels. Asynchronous alternators due to their simplicity, easy connection to network and lower costs are largely used especially in the lower power range, around 10s of kWel.
ComAp InteliSysNTC BaseBox and InteliGenNTC BaseBox controllers represent a perfect solution for smaller CHPs with asynchronous alternators. Dedicated firmware for asynchronous applications takes care of the gen-set starting and seamless connection to the network. The InteliGenNTC BaseBox controller represents a cost effective solution for smaller sets, and InteliSysNTC BaseBox offers high flexibility in terms of CHP control thanks to it's built-in PLC interpreter. The whole site can be monitored from various operator panels, starting from a cost effective 5-inch screen up to 12-inch touch panel for single gen-sets and 17-inch touch screen panel for complete site monitoring.