SES, Solarkiosk create role model school for Africa at Zaatari Camp

SES and Solarkiosk have pioneered the first of its kind Connected Solar School to deliver electricity, educational tools, and broadband internet connectivity to an education centre run by UNICEF and Relief International within the Zaatari refugee camp in Jordan. This is likely to become a role model for base of the pyramid schooling in Sub Saharan Africa

The Connected Solar School will utilise solar energy provided by Solarkiosk’s E-HUBB technology to deliver broadband connectivity enabled by SES’s Astra Connect broadband platform, which in turn enables teachers to use quality e-learning materials sponsored by UNICEF.

Solarkiosk’s E-HUBB, designed by the Berlin-based architecture firm GRAFT to provide reliable energy in off-grid areas worldwide, uses solar energy to power connectivity, lights, and computers within the schools. The E-HUBB interior will become the administrative centre for teachers and will have a power node to charge solar lamps, laptops, printers, mobile phones and tablets.

The Zaatari refugee camp is currently hosting more than 80,000 refugees, with about 25,000 children of school-going age. In addition to the nine formal school complexes in the camp, UNICEF supports Relief International in running three remedial education centres for children who need extra coaching. A fourth remedial education centre is under development. Currently more than 300 students are attending these remedial education centres.

Andreas Spiess, CEO of Solarkiosk, said, “Our partnership with SES in supporting UNICEF to utilise the Solarkiosk E-HUBB technology will make a significant difference to the quality of life for those who currently reside in the Zaatari camp. Education, connectivity and access to energy are basic rights and we are proud to help facilitate that in challenging environments. The aim of the Connected Solar School project is to devise a successful model that can be further implemented to provide solar-powered public facilities and reliable broadband connectivity within underserved communities.”

“Millions of Syrian children have endured violence, cruelty and displacement. Schools provide children a sense of routine and normalcy in their lives, and help them continue their education. Only through learning can children reach their full potential and play a positive and active role in rebuilding their lives and country,” said the UNICEF Jordan Representative, Robert Jenkins. “The Connected Solar School in Zaatari camp is an important case study for UNICEF to explore the viability of such solutions, for possible replication and expansion to other schools and learning centres for children.”

Gerhard Bethscheider, Managing Director of SES Techcom Services, said, “Being able to access online teaching material is a vital part of modern education for both teachers and pupils alike. Entering into a strategic partnership with Solarkiosk is a natural fit for our business. Not only do our satellites rely on solar energy to fly in space, they rely on solar energy on earth to deliver connectivity. Together we aim to improve the lives of the refugees in the Zaatari refugee camp.”

Solarkiosk’s E-HUBB, designed by the Berlin-based architecture firm GRAFT to provide reliable energy in off-grid areas worldwide, uses solar energy to power connectivity, lights, and computers within the schools. The E-HUBB interior will become the administrative centre for teachers and will have a power node to charge solar lamps, laptops, printers, mobile phones and tablets.
Solarkiosk’s E-HUBB, designed by the Berlin-based architecture firm GRAFT to provide reliable energy in off-grid areas worldwide, uses solar energy to power connectivity, lights, and computers within the schools. The E-HUBB interior will become the administrative centre for teachers and will have a power node to charge solar lamps, laptops, printers, mobile phones and tablets.
The Zaatari refugee camp is currently hosting more than 80,000 refugees, with about 25,000 children of school-going age. In addition to the nine formal school complexes in the camp, UNICEF supports Relief International in running three remedial education centres for children who need extra coaching. A fourth remedial education centre is under development. Currently more than 300 students are attending these remedial education centres.
The Zaatari refugee camp is currently hosting more than 80,000 refugees, with about 25,000 children of school-going age. In addition to the nine formal school complexes in the camp, UNICEF supports Relief International in running three remedial education centres for children who need extra coaching. A fourth remedial education centre is under development. Currently more than 300 students are attending these remedial education centres.

Solarkiosk enables and empowers the sustainable economic, social, and environmental development of communities worldwide through the provision of clean energy services, quality products and sustainable solutions. The E-HUBB was designed by the internationally renowned GRAFT architects who co-founded the company Solarkiosk together with CEO Andreas Spiess.

It is a modular, robust, secure and lightweight unit that is expandable and easily transportable even to remote areas. The E-HUBB is tailored for the 1.5 billion people worldwide who do not have reliable access to energy, including 60 million refugees and IDPs. By the end of 2016, more than 200 E-HUBBs will be operating in three continents.

A Solarkiosk uses the energy it produces as a mini smart grid. The structure is a modular and expandable kit-of-parts that can be easily transported and deployed in remote off-grid areas. The franchise model enables a local kiosk owner to meet the needs and challenges of their rural off-grid community by enabling and empowering it.

Solarkiosk AG is based in Berlin, Germany. The company has established six affiliate companies in Sub-Saharan Africa and has implemented projects on three continents. Solarkiosk is a solar-powered autonomous business hub. It utilizes solar power to provide rural off-grid communities with sustainable energy and energy-related products and services such as battery charging, communication, refrigeration, and access to technology and information.

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