Havells Enviro GTi 6000D 6 kW Single Phase On-Grid Solar Inverter

The Havells Enviro GTi 6000D 6 kW On-Grid Solar Inverter is engineered to power larger residential setups and maximize energy generation from complex roof layouts. This single-phase inverter offers premium performance, smart features, and robust construction to ensure high returns on your solar investment.

Key Features and Performance:

⚡ Peak Efficiency: Offers a remarkable Maximum Efficiency of up to 98%, ensuring that your solar array is operating at its maximum potential throughout the day.

Dual MPPT Flexibility: Features Dual MPPTs (Maximum Power Point Trackers). This critical design element allows for connecting solar panels in different directions (e.g., East/West or different tilts), significantly boosting overall system yield by optimizing two separate strings independently.

Durability and Quiet Operation:

IP65 Rated: The robust, weatherproof IP65 enclosure provides complete protection against dust and water, making it safe and reliable for outdoor installation.

Natural Cooling: Operates with Natural Cooling, ensuring silent operation (low noise level, typically < 25 dB) and minimizing maintenance.

Transformerless Topology: Lightweight and compact design for easier installation compared to traditional inverters.

📶 Smart Monitoring and Data Storage:

Free Lifetime Monitoring: Includes an integrated Wi-Fi / GPRS Data Logger providing free remote monitoring via a Web Portal and Mobile App, giving you real-time access to performance data.

Long-Term Data Storage: Equipped with an SD card slot for up to 25 years of local data storage, ensuring your performance history is always archived.

Safety and Compliance:

Built-in Zero Export: Features a Built-in Zero Export device (or control ready) to regulate surplus power feed-in, ensuring local grid compliance.

Certified Quality: Comes with all necessary protection features, including SPDs, and is certified by BIS and IEC standards.

Wide Input Range: Supports a wide MPPT Operating Voltage Range, typically 90 V – 580 V, allowing for flexibility in panel configuration and consistent energy production.