A German company is supplying lithium storage systems for 50 solar containers with a total capacity of 3MWh to provide power in 25 villages in Mali.
Source: Africa Green Tec
The 40-foot containers, developed by Africa Green Tec, each have a 37-45 kWp photovoltaic system, and will be enhanced by 60kWh battery storage system by Tesvolt and provide energy at a far cheaper rate than power from a diesel generator.
Reliable storage system partner for development project
Torsten Schreiber, founder of Africa Green Tec, says: “For our project in Mali, we needed a reliable supplier of high-performance energy storage systems. Tesvolt shares our commitment to the decentralised, green and reliable provision of energy. And they already have a great deal of experience with the inverter technology of SMA Solar Technology.
The first solar container with a Tesvolt storage system is being set up in the village of Djoliba, south of the capital Bamako. By the end of 2018 all 25 villages should be supplied with solar power. The containers are initially being financed by crowdfunding and will later be covered by a loan.
Increasing productivity using stored solar energy
Thanks to Tesvolt’s storage systems, the villagers will be able to use solar power not only for around nine hours during the day, but also after dusk. Electric light makes it possible to work in the evening when it’s cooler – during the day the temperature is around 45°C in the shade. And it also makes it possible to work in two shifts, which helps local small business owners to increase their added value. Solar power is also much cheaper, cleaner and quieter than the diesel that was used previously, and it means that the villagers must no longer be dependent on the diesel supply.
Large storage systems for challenging service environments
“The project demonstrates the potential of solar power and storage systems in particular in remote areas of the world that aren’t connected to the power grid”, says Simon Schandert, director of engineering at Tesvolt. “Our storage systems can be used anywhere and have a long service life. This is thanks to intelligent control of each individual battery cell, which ensures that the systems are charged and discharged optimally. So naturally they’re an attractive option for locations that are hard to access, where the technology needs to be long lasting.”
The cooling that the systems require, with outdoor temperatures reaching 50°C in the shade, is carried out by a special system, which also runs on solar power. The containers can be fitted with additional components, for example to filter contaminated water.
LEGAL DISCLAIMER: This Message Board accepts no liability of legal consequences that arise from the Message Boards (e.g. defamation, slander, or other such crimes). All posted messages are the sole property of their respective authors. The maintainer does retain the right to remove any message posts for whatever reasons. People that post messages to this forum are not to libel/slander nor in any other way depict a company, entity, individual(s), or service in a false light; should they do so, the legal consequences are theirs alone. Bizcommunity.com will disclose authors' IP addresses to authorities if compelled to do so by a court of law.
Society should already be aware by now of how much potential solar power has in store for us all. The technology can help us to cut down on utilities as well as be greener towards the environment too. For such a project however, not only do solar panels matter, but a good solar storage system should also be put in place to ensure the whole technology can be put into practice for good use without any hiccups along the way.