ReferenCE
Projects
FENECON
referenCE
Projects
Curious to see our systems in action? You’re in the right place. Explore our reference projects to discover how FENECON solutions are successfully used across a wide range of applications. From real-world installations to satisfied customers, these examples highlight the versatility, reliability, and impact of our energy storage systems in everyday use.
Curious to see our systems in action? You’re in the right place. Explore our reference projects to discover how FENECON solutions are successfully used across a wide range of applications. From real-world installations to satisfied customers, these examples highlight the versatility, reliability, and impact of our energy storage systems in everyday use.
Residential sector
A reference project showcasing the use of our energy storage systems in residential applications will be available shortly.
High School
This reference project demonstrates how modern energy storage solutions and intelligent energy management make everyday school operations more efficient and future-ready. Projekt details
Thermal Spa
The thermal spa Bad Wörishofen stands for sustainable wellness operations, modern infrastructure, and a cost-efficient energy supply designed for the long term. Projekt details
Concrete Plant
At Meier Betonwerke GmbH, a solution was necessary to efficiently and sustainably reduce energy and grid costs for its energy-intensive production processes. Projekt details
Vertically Mounted Agri-PV
Bavaria’s first vertically mounted agri-photovoltaic system. Entrepreneur and organic farmer Franz Obermayer Sr., together with his son Franz, is the initiator of this flagship project. Projekt details
Public Charging Park
The “fuel station” of the future in Passau offers customers a range of energy solutions—from EV charging for cars and trucks to conventional fuels and hydrogen for heavy-duty transport. Projekt details
Vegetable Cultivation
The Fälschle vegetable farm relies on modern energy storage solutions to sustainably manage increasing electricity demand and rising energy costs. Projekt details
Brewery
Since 1889, the brewery “1. Dampfbierbrauerei Zwiesel” has stood for artisanal brewing expertise and authentic beers with character. As a family-run business now in its fifth generation, the brewery combines a deep-rooted tradition with a strong commitment to continuous development. Project details
High School
This reference project demonstrates how modern energy storage solutions and intelligent energy management make everyday school operations more efficient and future-ready. Project details
Wire manufacturing Plant
As a medium-sized, the family-owned company, Drahtwerk Wilhelm Gutmann GmbH is committed to economically viable and future-oriented solutions. Project details
Thermal Spa
The thermal spa Bad Wörishofen stands for sustainable wellness operations, modern infrastructure, and a cost-efficient energy supply designed for the long term. Project details
Concrete Plant
At Meier Betonwerke GmbH, a solution was necessary to efficiently and sustainably reduce energy and grid costs for its energy-intensive production processes. Project details
Vertically Mounted Agri-PV
Bavaria’s first vertically mounted agri-photovoltaic system. Entrepreneur and organic farmer Franz Obermayer Sr., together with his son Franz, is the initiator of this flagship project. Project details
Public Charging Park
The “fuel station” of the future in Passau offers customers a range of energy solutions—from EV charging for cars and trucks to conventional fuels and hydrogen for heavy-duty transport. Project details
Vegetable Cultivation
The Fälschle vegetable farm relies on modern energy storage solutions to sustainably manage increasing electricity demand and rising energy costs. Project details
Energy Trading
At the warehouse Lagerhaus Eichinger GmbH & Co. KG, four FENCON Industrial XL systems are deployed as energy trading storage units. Project details
Specialist retailer for forestry, gardening, and agricultural machinery
The objective of the project was to ensure the long-term economic use of the existing PV systems and to maximize the on-site consumption of self-generated electricity. Project details
