Solar lighting for Remote locations

Remote Location Lighting
Overview Products FAQs

Solar Power: Lighting the Way in Remote Areas

Lighter, More Economical Solutions for Challenging Terrains. No Generators, No Hassle: The Smart, Sustainable Choice

In the challenging environment of remote locations, MOMA Solar’s lighting solutions stand out by eliminating the need for generators or underground power infrastructure. Our solar lighting systems provide a reliable, maintenance-free alternative to traditional temporary lights, harnessing the power of the sun to illuminate these areas effectively.

With no dependency on external power sources, our solar lights offer a seamless, environmentally friendly solution, reducing operational complexities and costs while promoting sustainability in even the most isolated regions.

Products

Moma Solar lighting products, built for tough environments

Below are some of the Moma Solar products we have used for our customers to deliver lighting solutions to remote areas.

Sustainable Energy for a Brighter Future

Reducing Emissions, Meeting ESG Obligations

A visionary approach to eco-friendly solar powered lights using cutting-edge, sustainable alternatives to traditional energy resources.
MOMA Solar is pivotal in helping industries and governments achieve their environmental targets while also offering substantial cost benefits.

Frequently Asked Questions

MOMA Solar distribute our products through the electrical wholesaler network. We are happy to arrange a quote from your local branch of companies such as The MMEM Group, The Rexel Group, CNW, Lawrence & Hanson, Middys,  Blackwoods etc.

MOMA Solar are happy to provide an Engineered Lighting Design which is compliant with AS/NZS1158 which will show the number and size of lights required for your location.

Wattage is a measure of the energy required by a fixture to produce light. Lumens are a measure of the light emitted by a fixture. Lux measures the intensity of light falling on a surface and tells us how bright the light appears at a specific point or distance from the fixture. It considers the total light output and how that light is distributed across a given area.

Learn more about our solutions for remote areas