Solution
Ensure continuous power even when renewable sources fluctuate.
Triple-hybrid Power Generation System "EBLOX" combines an engine generator with renewable energy, and storage batteries.
FEATURES
For Those Facing These Challenges:
- Struggling with Unstable Renewable Energy Supply — EBLOX ensures stable power through a hybrid system of solar, engine generator, and battery.
- Need Reliable Power in Off-Grid or Remote Areas — EBLOX delivers consistent electricity where grid energy is not available.
- Looking to Reduce CO₂ Emissions Without Sacrificing Performance — EBLOX balances environmental responsibility with operational efficiency.
Challenges
Renewables are clean but variable. Weather and time of day can cause sharp output swings, driving up backup costs and risking continuity. Facilities need a way to maximize renewable use while ensuring stability and lowering total energy cost. Solar and wind output fluctuates; batteries alone can be costly if oversized. Operations require continuous power quality (frequency/voltage) and seamless backup during dips.
The Solution — EBLOX Triple‑Hybrid System
What it is: A triple‑hybrid power system that orchestrates renewables, battery ESS, and a reciprocating engine generator with COORDY, an advanced microgrid controller for optimal, stable power.
Key Benefits (at a glance):
・Stable Power from Unstable Renewables — COORDY prioritizes renewables, smooths fluctuations via ESS, and dispatches the engine only as needed. ・Lower Energy Cost — Hybrid dispatch minimizes engine runtime and fuel use while maximizing cheap solar. ・Lower CO₂ — Higher renewable utilization and optimized operations reduce emissions intensity. ・Resilience & BCP — In grid outages, the controller maintains supply by coordinating the multiple sources.
How EBLOX Works
・Prioritize Renewables — COORDY always uses available solar first. ・Absorb Fluctuations — When clouds reduce PV output, the ESS instantly compensates to keep power stable. ・Dispatch Engine Wisely — If renewable + ESS can’t meet demand, the engine generator ramps in to maintain supply—then throttles down as soon as resources recover. ・Optimize Costs & Emissions — The control logic minimizes engine runtime, reducing fuel and CO₂ while preserving power quality.
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