Graphic of the working principle of ACHP
ENP-Cloudia integrates gas combustion engine, asynchronous generator, battery, charging device, inverter,heatexchanger, heat storage tank, sensors, PV and wind power to form an intelligent power & heat supply and storagesystem,which can operate both on-grid and off-grid. Using STT(Start&stop) operation model, ENP-Cloudia can switchbetween different modes of operation, so that it maximizes to match the actual heat & power need of the user withnatural energies.
If the customer demand for power and heat becomes high or battery voltage is low, the motor-generator set is automatically started to produce power independently from the grid.
If the customer's demand for electricity and heat is low.the motor-generator unit is automaticallystopped. At the same time, green electricity such as PV or wind power from the battery is alternately madeavailable to the customer.
If power is required from the grid,the plant runs in grid-parallel operation and feeds the generatedpower into the grid.
If the price of electricity is favorable or if the system has faults-electricity from the grid is used tomeet the customer's needs when required.
If the customer only has a need for heat but no need for electricity and the battery is fully charged-the electric heater is activated.
ENP‑Cloudia ACHP to Match Your Actual Energy Need
Mobile ACHP‑Cloudia
Graphic of the working principle of ENP-Reberca
ENP-Reberca is a grid-tied private thermal power station.Under normal grid conditions, itoperates in parallel with the utility grid to jointly supply power to the user. When the grid fails,it seamlessly switches to island mode and independently powers the user. Thanks to its uniquecombined heat and power (CHP) energy management system,it can meet more than 70% of theuser's electricity demand and 100% of their heating demand. Compared to ENP-Cloudia,ENP.Reberca eliminates the need for energy storage batteries and power converters, significantlyreducing the user's initial investment cost.
Main operating modes:
When the user's electricity load is high,the generating unit automatically starts up to supply power,and the waste heat from generation is stored in the hot water tank for heating.
When the user's electricity load falls below the set threshold,the generating unit automatically shuts
down and seamlessly switches to grid power supply.When the temperature of the hot water storage tank is low,the generating unit automatically starts upto supply power to the user. The waste heat is used to heat the water tank,while any surplus electricityautomatically activates the electric heater in the tank to
ENP ‑ Reberca to Match Your Actual Energy Need
Anwendungsbereich ‑ Intelligente Gemeinschaft
