Thus we connect — read only
The value comes fromModbus TCP · Plant PLC · M-Bus (meters)of the installation —read, not controlled. Everything isin the housecalculated, nothing leaves the house. No obligation to disclose operational data.
Your own LLM for BHKW — offline
Questions in plain language, answered byYour own installation data— local, no cloud. The AI runs internally; the installation remains yours.
Regulatory framework:VDI 4680 (KWK assessment) · AGFW FW 308 (heating network)
Associated causal chains
This component is part ofInstallation causal chains— from cause to effect (gas quality → engine → exhaust gas → heat → efficiency). The AI reads the entire chain, not just the individual value.
Link with the entire installation
A BHKW is never alone: electricity, heat and gas are linked, and with PV and battery storage, it becomes a system. The AI calculates the entire installation.
Frequently Asked Questions
What is the main advantage of a WRG in a BHKW?
The main advantage lies in increasing the overall efficiency to over 85% thanks to the use of exhaust gases at 380–450 °C.
How much heat can a BHKW with WRG recover?
The amount depends on the volumetric flow and the temperature difference, the target temperature for district or local heating being generally 90 °C.
Why is waste heat recovery from exhaust gases technically necessary?
Without WRG, the heat leaves the installation unused; it is only thanks to the heat exchanger that the process becomes efficient for CHP operation.
From when is the investment in a WRG profitable?
Amortisation is achieved through saved heating energy, specific profitability depending on the local heat utilization rate.
How does the WRG influence the efficiency of the BHKW?
It transforms the system from a simple power machine into a high-efficiency combined heat and power (CHP) coupling.
What temperatures occur at the turbo outlet?
Typically, exhaust gas temperatures are between 380 °C and 450 °C, providing high thermal quality for heat exchange.