UTL Gamma Plus 3050model 24Volt rMPPT Solar Hybrid Inverter

UTL’s 2kVA 24Volt rMPPT-based Gamma+ solar inverter is an integrated all-in-one solar solution, consists of grid charger, inverter, MPPT Solar Charger. It provides uninterrupted power supply and gives preference to solar power over grid power.

The inverter comes with 3 priority selection modes– PCU, Smart (Default) & Hybrid. The priority in various modes will be:

• Smart Mode (Default) – Priority Solar → Grid → Battery
• PCU Mode – Priority Solar → 50% Battery → Grid
• Hybrid Mode – Priority for load Grid →Solar →Battery

Useful Tips:

1. Before installing the inverter, read all of the instructions and warning labels on the unit.
2. For optimum operation of this Gamma+ solar inverter, please select appropriate cable size.
3. Installation and wiring must be done carefully by a qualified person.
4. Avoid touching the connections while the inverter is in operational mode.
5. Do not install the inverter on flammable construction materials.
6. Make sure that the wires are tightly connected to avoid short-circuits and overheating.
7. Before making final connections, ensure that the positive (+) is connected to the positive (+) and the negative (-) is connected to negative (-).

rMPPT Based Technology

Equipped with advance MPPT technology based solar charge controller. This in-built MPPT charge controller extracts the maximum power from the solar panels, increasing the system’s efficiency.

It provides high frequency pure sine wave output. This Gamma Plus solar inverter is 30% more energy efficient than other available alternatives in the market.

Power Packed Solar Inverter

Comes with four switches for configuring operations – grid charger, IT Load, SMF/TUB, boost charging, and mode selection.

The DG enable mode allows any of the frequencies to be used as the input source frequency and IT enable mode minimises the change over time, ensuring that there is no breakdown in power supply.

Multi Colour LCD Display

Multi-colour LCD display and LED indicators for dynamic display of system data and operating status.

Controller based design with complete protections including short circuit protection, over voltage and under voltage protection, overload protection, reverse protection, etc.

All the electrical parameters, such as battery charging voltage, battery high cut, battery low cut, and battery charging current, can be adjusted manually by the user based on their preferences or needs.