Energy control and monitoring
Better energy decisions start with better insight. Hager helps property owners use real-time data to save energy, lower costs and optimise the energy use of buildings.
Electrical vehicle charging
& energy storage
By bringing together energy storage, charging, local load management and bidirectional charging, our solutions make energy use more efficient, flexible and resilient. From safe, simple and user-friendly charging to demand-driven use of renewable power, we help buildings move with confidence towards a sustainable electric future.
Services for better efficiency
Hager energy management services help facility managers and building owners turn data into lower consumption and better performance. With Advizeo and Eficia, we combine data, intelligent control and expert support to identify savings, optimise energy-intensive systems and reduce the environmental footprint of buildings over time.
Installing the future
Our innovations drive the ongoing development of key components for energy management, such as distribution cabinets, charging stations for electric vehicles, control units and related software.
Tomorrow’s electric world is networked
In the future, we will network intelligent buildings with smart power grids to form comprehensive connectivity in a decentralised energy system. When these systems use energy, it will be more focussed, efficient and environmentally friendly. We are not only conducting research on all these topics ourselves, but also helping to guide research in scientific committees.
“At Hager, we optimise energy use in real time. So you can see what’s running, understand what’s needed, and act on what’s being wasted.”
E3/DC
With E3/DC energy storage systems, users become more independent of the power grid, increasing their security of supply and cost transparency. Self-generated electricity from a photovoltaic system is stored and used intelligently depending on supply and demand.
Eficia
Over the past decade, Eficia has become a leading energy management solution provider for commercial buildings. Its intelligent and innovative 24/7 energy control solution helps clients optimize building performance and reduce energy consumption by up to 40%.
Advizeo
Since 2015, Advizeo has been partnering with companies and local authorities to reduce the environmental impact of their buildings. Combining data expertise, artificial intelligence, and energy performance engineering, Advizeo is now a leading player in energy efficiency.
Bidirectional charging
With bidirectional charging, electric car batteries can provide mobile energy storage and become an important part of an environmentally sustainable future.
Hager invests in research project on e-mobility
Hager and Audi AG are pushing research on bidirectional charging to find the best ways of using electric vehicle batteries to store self-generated energy.
“An electric vehicle battery can hold about as much energy as an average household consumes in a week.”
Intelligent energy management
Energy efficiency and energy savings start with knowing where and when energy is needed – and what for. The Hager offers all the resources you need to get this information: intelligent energy meters, open data interfaces and clear visualisation of consumption. As a result, different points of the value chain become interconnected, linking electricity generation (e.g. solar power) to the things that use electricity, such as household appliances, heat pumps, electric vehicles, etc.
Hager Energy: taking an active role in going green
We’re ready to take on one of the great challenges of the transition to a greener future: the storage and distribution of renewable energy.
Technologies for future self-sufficiency
Large electric power plants are on the decline, while decentralised energy production is on the rise. We now have over 2 million "prosumers", i.e. people who not only consume electricity, but also produce. One important technology for the future is bidirectional charging, where home energy storage can be used to charge the battery of an electric vehicle and vice versa. This means that the powerful batteries inside electric vehicles can not only be used to store energy for themselves, but also serve as elementary building blocks of the energy grid. By utilising e-vehicles in this manner, we can tap into an enormous, decentralised storage capacity that is needed for the transition to greener forms of energy.
In other words: we are installing the future.