In today’s renewable energy landscape, reliability, efficiency, and adaptability aren’t optional—they’re essential. INGLO, based in Coimbatore, has introduced the Hybrid Charge Controller (IHCC 45/60), designed to meet diverse off-grid and grid-tied solar power needs. Whether you’re a rural household, remote facility, or a solar EPC project, this controller is built to deliver.
What is the IHCC 45/60?
The IHCC 45/60 is a hybrid solar charge controller that manages solar PV input, battery charging, and load output. It supports both 45 W and 60 W configurations, and works with system voltages of 12/24V. Key features include high MPPT tracking efficiency (> 98 %), protected load output, battery safety measures, and compatibility with both lead-acid and lithium battery types.
Why It Matters
- Enhanced Efficiency
With > 98% MPPT tracking efficiency, energy losses are minimized. This matters especially in small or medium solar installations where every watt counts. - Versatility
The automatic recognition of 12V or 24V systems, compatibility with different battery types, and protections make IHCC 45/60 suitable for a range of use cases—from homes and remote telecom sites to solar street lighting. - Safety & Durability
Features like load protection, under / over voltage protection, reverse polarity safeguards, and natural cooling reduce maintenance while improving lifespan. IP65 rating ensures weather endurance. - User Feedback & Monitoring
LED indicators for system status (charging, load, battery state etc.) help users monitor operation without needing separate instrumentation. Inglo
Potential Use Cases
- Off-grid homes in rural or hilly regions
- Agricultural solar pumping systems powered via battery
- Solar-driven lighting or street light systems
- Backup power & mini-grid installations
Conclusion
As more communities and businesses shift toward sustainable, distributed power systems, components like the IHCC 45/60 offer a strong mix of performance, safety, and flexibility. INGLO’s solution helps bridge reliability gaps, especially where grid supply is inconsistent or unavailable.