Hybrid Microgrid Solutions
Resilient, Efficient Power for Any Setting
Dynocol’s Hybrid Microgrid service merges photovoltaic generation, battery energy storage, and diesel-generator control into a unified power system. By balancing renewable output with stored energy and automatic generator start-stop logic, we deliver stable voltage and frequency—even on weak or islanded grids.
From system sizing and digital-twin simulations through procurement, installation, and SCADA commissioning, our multidisciplinary teams manage every phase. Post-commissioning, we provide condition-based maintenance and remote monitoring to optimise performance, minimise fuel use, and extend equipment life.
Hybrid Microgrid Service Lines
We conduct detailed load profiling, solar-yield modelling, and battery-cycle analysis to develop bankable system designs. Digital twins predict performance under varied climatic and load scenarios, de-risking project finance and operation.
Equipment Sourcing & Integration
Leveraging vetted Tier-1 modules, inverters, batteries, and generator controls, we assemble components in-house. Our ISO 28000 supply-chain protocols ensure on-time delivery—even to remote sites—so hardware arrives ready for rapid deployment.
Installation & Commissioning
Our factory-trained technicians handle civil works, electrical balance of plant, SCADA/HMI setup, and grid-synchronisation. Rigorous FAT and SAT procedures validate system interoperability and safety under IEC and NFPA standards.
Operations & Optimisation
Post-handover, Dynocol’s control-tower monitors real-time telemetry—automating charge/discharge cycles, generator start sequences, and fault diagnostics. Continuous performance tuning maximises renewable self-consumption and minimises total fuel burn.
Why Choose Us
Our end-to-end EPC-M delivery, backed by ISO-certified controls and real-time analytics, guarantees seamless power transitions.
Get Consultation
Contact Dynocol today to design a hybrid microgrid that secures continuous power, slashes fuel costs, and aligns with your sustainability objectives.
Maximising Renewable Impact
Hybrid microgrids reduce diesel consumption by up to 70% compared to generator-only systems. Our designs prioritise low-carbon batteries and efficiency-optimized power electronics, dramatically cutting greenhouse-gas emissions and noise pollution—while providing reliable, off-grid resilience.
