Since our foundation in 2009, we at Ritter Elektrotechnik GmbH have made it our mission to continuously expand the use of solar energy through photovoltaic systems. What began as a small team with a big vision has developed into one of the most renowned photovoltaic specialist companies in Freiburg and the region from Waldshut-Tiengen to Karlsruhe.
With over 1,400 PV systems installed and a total area of almost 100,000 m², we are helping to make effective use of the inexhaustible energy of the sun every day. We are committed to both private homes and commercial customers, for whom we offer tailor-made solutions.
We are convinced that every step towards environmentally friendly solar energy is a step towards a better future. That is why we rely on state-of-the-art technologies such as heat pumps, intelligent energy systems and e-charging stations to increase our customers' energy self-sufficiency and make them less dependent on electricity companies.
Our reliable and dedicated team is made up of experts of various nationalities, all of whom share the common goal of offering you the best service. From the initial consultation and planning to photovoltaic installation and maintenance, everything comes from a single source. We do not employ any subcontractors - your contact partner is always Ritter Elektrotechnik GmbH.
As a young and dynamic photovoltaic installer, we are fully committed to the vision of promoting renewable energy through solar systems. Let's shape the future of energy together!
Started with a handful of employees and a vision: to establish photovoltaic systems as a contribution to the energy transition.
Persuasion pays off - first major projects successfully implemented, including in-house certification in accordance with VDE-AR-4110.
Craft business of the year
Having installed more than 1,000 systems with a total area of almost 100,000 m², the company has established itself as an energy system specialist.
Relocation to the new company headquarters.
Expansion of the product portfolio from WLAN access points to transformer stations.
