HomeIndustry SectorsFuture EnergySwitch on for the first ease mini-grid by SustainSolar

Switch on for the first ease mini-grid by SustainSolar

A new mini-grid model is set to deliver a stable and low carbon electricity provision to the previously unconnected village of Mthembanji, Dedza District, in Malawi.

This mini-grid will be the first-time experience of wired household electricity and has the potential for significant social and economic impact in the village.

Following COVID-19 related delays, commissioning and final testing of the first Sustain Compact containerised solar generation unit took place in July 2020. This mini-grid unit is delivered under the Rural EASE (Energy Access through Social Enterprise and Decentralisation) project.

Rural EASE is funded by the Scottish Government in collaboration with the University of Strathclyde in Glasgow and United Purpose, an international development and emergency relief organisation headquartered in the UK.

New method promotes productive use of energy

The 12kW solar generation unit provides high-quality 220 V power to 60 customers for domestic and commercial use including lights, phone charging, TVs, fridges as well as other productive uses.

Being the first-of-its-kind in Malawi, the mini-grid is cheaper, quicker to implement, and potentially more financially sustainable than larger capacity mini-grids currently deployed in the country.

This new method of rural electrification also allows for more electricity and a higher impact than the solar home systems offered on the market.

Having designed the system architecture and a sustainable business model, Strathclyde and United Purpose worked with SustainSolar, Malawian electrical contractor BNG Electrical, and smart meter provider Steamaco in the UK to complete the mini-grid installation.

Packed in an insulated 20ft shipping container, the system comprises quality inverters and lithium-ion batteries from German manufacturers SMA and Tesvolt.

The SMA online portal allows for remote access to system performance and generation output, as well as alerting system managers to any problems to provide swift troubleshooting on the ground.

Following the system’s installation, the site was visited by representatives from the Malawi Energy Regulatory Authority (MERA), who were impressed with the quality of the installation and innovative technology used in the system.

MERA approval has been granted for the sale of electricity, which has now begun. Mini-grids are a clear pathway on the road to Malawi’s energy future.

The Government of Malawi recognises the country’s energy challenge of less than 10% of the population being connected to the national grid and outlines support for mini-grids to achieve their rural electrification targets in the Energy Policy (2018).

This installation marks the first step in a new social enterprise strategy to provide sustainable energy access to 1 million people over the next 10 years and contributes to Malawi’s sustainable development goal 7 target of universal access to secure, reliable and affordable energy.

In the meantime, the community in Mthembanji continues to enjoy the benefits of stable and reliable electricity provision. For most of the micro-grid customers, this will be a life-changing moment, being able to switch on the lights for the first time.

SustainSolar across Africa

Launched in 2018, SustainSolar strives to respond to the needs of emerging markets with turnkey technology suited for various applications that require a decentralised, clean and dependable power supply.

The company’s containerised, pre-installed solar systems are equipped with top-quality solar PV modules and electronics including lithium-ion batteries and come in three standardised yet adjustable product configurations from small to large to suit a wide range of energy needs.

With growing activities, a good presence on the African continent, an expanding network of partners and the implementation of new projects, SustainSolar has established itself as a preferred equipment supplier for mini-grid, off-grid, hybrid fuel saving as well as mobile and rapid deployment solar applications.

Guest Contributor
The views expressed in this article by the author are not necessarily those of the publishers and/or association partners. While every effort is made to ensure accuracy, the publisher and editors cannot be held responsible for any inaccurate information supplied and/or published.