At the heart of every PV solar system is a technology that converts the sun’s collected energy (from solar PV panels) to usable electricity to run your household and specific loads such as electric hot water heating and even battery storage. The grid-tied EnaSolar inverter is the brain of your solar system.
At EnaSolar New Zealand we specialise in power conversion technology and have been doing so for over 28 years. Not only do we design a feature-rich grid-tied inverter that allows you to use the grid when you need to, but we also proudly manufacture from our world-class facility in Christchurch, New Zealand.
In a nation renowned for its innovation (ranked 7th in the world for patent activity), we pride ourselves on creating smart electronics that offer high inverter reliability and performance, along with a superior level of service and support. You can be guaranteed a quality product from a renowned New Zealand inverter manufacturer that will be with you every step of the way.

Accurate MPPT sweep
The modular design allows
What you see is what you get,
Integrated lockable switches
One cool inverter giving
Compatible with battery storage
Built to a standard,Solar offers an endless supply of clean and renewable energy for your home, workplace or school. It is the fastest growing energy source in the world today and is more affordable and more reliable than ever before. Solar works by generating electricity from the sun to power your home. Any excess energy that doesn’t get used is then pushed back into the grid, or to your hot water or energy storage.

The solar panels or photovoltaic (PV) panels are made up of cells that convert solar energy from the sun into direct current (DC) electricity. The DC electricity then flows to an inverter.

The solar inverter is the most important part of your system.
The inverter is designed to change the DC electricity produced by
the panels into safe alternating current (AC) electricity that can
be used within the home.


Grid-tied solar gives you the flexibility of using grid power when you need it. Any excess electricity can then be diverted to energy storage or to heat your hot water or go back to the grid.