Interactive On-Grid & Off-Grid Solar + BESS + Generator Configurator
Sizing a hybrid microgrid requires balancing three variables: daily energy production (USA/German Solar PV), instantaneous silent storage & surge capacity (UL 9540A LFP Battery Storage), and long-duration dark-sky backup (Kohler, Generac, or Caterpillar Generator).
Use our interactive engineering configurator below to estimate a balanced architecture for your home, estate, farm, or commercial facility:
On-Grid & Off-Grid Solar + BESS + Generator Configurator
Estimate the recommended USA/German Solar PV array, Lithium-Iron-Phosphate Battery Storage (BESS), and Kohler, Generac, or Cat standby generator capacity for your load profile.
Typical large home: 40–90 kWh/day · Commercial facility: 350–5,000+ kWh/day
Simultaneous HVAC, pumps, refrigeration, EV chargers, or production lines
USA / German Solar Array
16.5 kW DC
~38 Tier-1 panels
Battery Storage (BESS)
40 kWh LFP
Silent overnight & surge buffer
Recommended Generator
26 kW Kohler
Auto-start battery recharge & backup
Generator Fuel Runtime
-68% Fuel Burn
vs. generator-only operation
Why Tri-Brid Sizing Cuts Generator Fuel Burn by 65%–80%
In a traditional generator-only outage, a 24 kW or 150 kW generator must run continuously—24 hours a day—even when your building is drawing only 2 kW at 3:00 AM. That wastes fuel, creates constant noise, and causes engine wear or wet-stacking.
In a NYREER Hybrid Solar + BESS + Generator architecture, your Lithium-Iron-Phosphate battery bank carries the facility silently 80%+ of the time, while your Kohler, Generac, or Cat generator starts automatically only when battery state-of-charge drops to ~20%, recharges the battery bank at peak thermal efficiency, and shuts right back off.
Ready to Engineer Resilient Power or High-Throughput EV Charging?
Speak directly with NYREER’s senior electrical engineers and master technicians serving NY, NJ, VT, and MA.