Engie enriches its self consumption solar offering in france gas in oil pan


ENGIE, the leading supplier of green electricity in France, is continuing to demonstrate its commitment as a pioneer of the energy revolution by enriching its self-consumption offering for private customers. With the “My Power” offer, the French can now store the electricity produced by photovoltaic panels installed on their roof in a battery, and thus use it even if the sun is not shining; an affordable made-to-measure product with a financing solution over 10 years starting at €109 per month2, with support provided by ENGIE with all the administrative procedures. A very tangible illustration of the harmonious progress to which the ENGIE group is contributing around the world.

2 French citizens out of 3 are now in favour of installing solar panels on the roofs of their houses. 88% of them would like to do so to use this electricity for their own needs, and therefore not resell it to the network3. A societal trend whereby people want to consume what they produce. For Simon Borel, a sociologist responsible for research at the Society and Consumption Observatory, “it is the sign of a societal change where individuals now aspire to consumption models that are more horizontal, distributed and contributory in which they feel they are actors”.

ENGIE is teaming up with sonnen, the world leader of residential battery storage4, to enable its customers to store the electricity produced and then use it when the sun is not shining. A possibility offered by the sonnenBatterie, marketed since 2011. This solar battery with a designer look, is flexible with made-to-measure storage of between 2.5 and 15 kWh. It means that a self-sufficiency rate as high as 96% can be reached in certain configurations5. sonnen is installed in more than 30,000 homes worldwide. ENGIE is pioneering this technology in France where no comparable flexible offer exists.

ENGIE is now offering a made-to-measure turnkey solution. “My Power”, with or without a battery, which today is flexible in line with the needs and energy context of the particular housing unit, such as the region’s sunshine and the size and slope of the roof. Another innovation, “My Power” is affordable with a financing solution over 10 years, starting at 70 euros per month6 without a battery, and 109 euros a month2 with a battery.

ENGIE has just concluded a partnership with DualSun, a French manufacturer of innovative solar panels, and BAO Formation, a building trades training organisation, to contribute to the development and professionalisation of the solar sector while at the same time acting as a lever for job creation and social inclusion. Indeed, BAO Formation offers job seekers, using a hands-on training method co-devised with DualSun, the possibility of receiving training to become a photovoltaic panel installer, an occupation that should grow strongly over the next few years.

ENGIE offers personal support to its customers, until the facility is put into service and it carries out most of the procedures (including the administrative ones) on the customer’s behalf. Moreover, ENGIE is actively involved in efforts to simplify these procedures, which remain an obstacle to the development of self-consumption in France.

Beginning in 2016, ENGIE initiated a revolution in France in supplying energy to private and professional customers by announcing that its entire electricity supply offering would be green for new customers (except for the Happ-e offer)1. A year and a half later, ENGIE is the leading supplier of green electricity in France, with over 1.6 million customers.

A success in no small part due to the wide range of green electricity1 offers available among which: “Elec’Car”, that allows owners of electric or hybrid cars to recharge their batteries at home, benefiting from a reduction of 50% on the KWh price during off-peak hours, and in particular at night7; “Elec Weekend”, an offer whose kWh ex-VAT price is 30% less expensive at the weekend8; or “Mon Elec” which allows customers to choose a renewable electricity production site9.