Whether it’s a sewing machine, computer, lamp or fan: from now on, all electrical devices in the Koh Krolor school will run on solar power. In the poor agricultural region of Battambang in northwestern Cambodia, electrical energy is a luxury that is not available to everyone or in sufficient quantities. The 10 kWp PV system now installed at the school is intended to give children there opportunities for a better education to ensure a better future.
We all know how important it is to push renewables – and to use the sun as one source of free energy. But have you even been ask by a child how all this works? How sunlight is used to gain clean energy? Well, our colleagues from SMA UK might have produced something that’ll help you explain the benefits of solar energy – in a cute little book that uses terms even your children will understand.
You can have the most interesting job in the world doing something meaningful, as with solar technology, but the siren’s call of distant lands and new and different cultures will seduce you time and again.
In accepting the ALS Ice Bucket Challenge from SolarEdge, SMA Sunny Bear took the donation drive to the next level by recreating the iconic water scene from the 1980’s move classic Flash Dance. The video was filmed overnight behind the SMA Service Center in Rocklin, California.
It was nothing but smiles and excitement as the SMA van pulled up, loaded to the top with teddy bears in search of new friends. The small idea to bring joy to area children turned into a big donation recently, as the SMA team donated nearly 2,000 teddy bears to the UC Davis Children’s Hospital.
The public utility grid in Tanzania is not very reliable. There are frequent power outages in rural regions in particular, a circumstance that makes it difficult to run a school. The students of the German Wilhelm-Raabe-Schule senior high school in Lüneburg have taken on this challenge.
Another megawatt class off-grid PV system went into operation in Mozambique. The project was originally launched at the request of the Mozambican government to provide an electricity supply to three areas that have no connection to the local utility grid. Until now, the people in Muembe, Mavago and Mecula relied on candlelight and firewood. Now, they can dream of a better life and live a longer day with light from an off-grid system.
More than 1.3 billion people – or 22 percent of the world’s population – still live without electrical power. They live predominantly in rural regions without a connection to the grid. In September 2013, Harald Leitl and his team flew to Chilonga in Malawi in East Africa to set up a stable, maintenance-free power supply with the help of solar technology. We spoke to Harald Leitl, the managing director of the German Gablenz-based company Umweltcentrum für Haustechnik (Environmental Center for Housing Technology).
In a previous blog post, we introduced Sioma High School, located in Western Zambia, Africa. The school, which houses more than 600 students each semester, was powered by three dirty, noisy and inefficient diesel generators that cost about $26,000 in fuel per year. However, that all changed when the non-profit organization Empowered by Light created a healthier learning environment for the students by outfitting the school with a 24-kilowatt solar microgrid and battery storage system.
Sioma High School serves a large area of Western Zambia, Africa. Its more than 600 students walk, sometimes for several days, to get to the campus, where they will live for the entire semester. Sioma High School’s four dormitories, kitchen and dining halls, and seven classrooms, were powered by three dirty and inefficient diesel generators that ran throughout the day, creating an unhealthy learning environment filled with noise and air pollution. It was susceptible to the fluctuating price and unpredictable delivery of diesel, which costs the school approximately $26,000 each year. That is, until Empowered by Light stepped in.