The Havells Solar Off Grid Combo PGS MPPT 335Wp 6N is a powerful, efficient, and reliable off-grid solar solution designed to meet higher energy demands in remote locations or for backup power needs. Equipped with advanced MPPT (Maximum Power Point Tracking) technology, this system maximizes solar energy conversion, ensuring optimal performance in varying sunlight conditions.
Key Features:
- Enhanced Energy Capacity: Featuring six 335 Wp solar panels, providing a total system capacity of 2010 Wp, ideal for larger power needs.
- Advanced MPPT Charge Controller: Improves energy capture and conversion, increasing overall efficiency and reliability.
- Complete Off-Grid Solution: Designed for areas without grid access, ensuring energy self-sufficiency.
- Durable Design: Built to endure diverse weather conditions, including rain, dust, and wind, for lasting performance.
- Eco-Friendly Energy: Reduces dependency on grid power, contributing to environmental sustainability and lowering energy expenses.
Technical Specifications:
- Panel Capacity: 335 Wp per panel (6 panels included)
- Controller Type: MPPT for precise and efficient energy management
- Total System Capacity: 2010 Wp
- Battery Compatibility: Suitable for systems with battery storage, enabling consistent power supply
- Environmental Resistance: High resilience to environmental factors, ensuring performance longevity
Applications:
- Higher-Power Off-Grid Systems: Ideal for off-grid homes, small businesses, or cabins with higher energy requirements.
- Remote Electrification: Provides sustainable power in areas without reliable grid connectivity.
- Backup Power: Serves as a reliable power source during outages, delivering a continuous energy supply.
Why Choose Havells Solar Off Grid Combo PGS MPPT 335Wp 6N?
Choosing the Havells Solar Off Grid Combo PGS MPPT 335Wp 6N offers a robust, high-capacity off-grid energy solution. With its high efficiency, advanced MPPT technology, and weather-resistant design, this system is ideal for users seeking sustainable, dependable, and efficient energy independence for larger or more demanding applications.
