The sector
Industrial & Commercial
Commercial and industrial companies can reap many benefits from taking a more active approach to energy procurement. The use of solar, wind and other forms of energy generation and additional on-site storage - including combined heat and power - can reduce energy costs, improve reliability and support sustainability initiatives, among other things.
public sector
Whether in the hospital, in the military, the fire brigade, police or ambulance: Especially for these critical infrastructure facilities, the use of volatile renewable energy resources is often a contradiction in terms. However, we believe that the idea of sustainability plays a central role in this sector as well, without reducing the security of supply.
The conversion of our mainly carbon-based energy system to renewable energies is a decisive criterion on the way to a sustainable and future-oriented society. For this purpose, the use of energy in cities and communities must be reduced through efficiency measures. In addition, the potential and resources of renewable energy must be detected within the community boundaries and used as far as possible. This gives municipalities, regional businesses, farmers and citizens new tasks and additional income opportunities. Taking into account improved energy efficiency and the regional added value in energy production, there is also additional income for communities.
Energy communities represent a new milestone for decentralized energy supply. The population now has the opportunity to connect locally as well as decentrally to use energy together. The advantages are obvious: proactive participation in the energy transition, expansion of decentralized energy systems, economic incentives and the strengthening of the regional value chain.
New-Mobility
The energy transition is closely linked to more sustainable mobility and a change in the type of energy on which we depend. However, the increasing use of electric vehicles brings with it some challenges. Starting with the increasing load on the grid and the volatile generation of energy using renewable energy. We believe that with the help of intelligent energy management and decentralized energy generation, the needs of e-vehicle users can be satisfied without putting additional strain on the existing network infrastructure.
new technologies
Just a few years ago, green hydrogen was just a spectator on the world's decarbonization scene. Now the technology is on its way to the commercial sphere and the impact on the global economy could be far-reaching. The falling cost of renewable energy is the main reason behind the green hydrogen trend. Inexpensive wind and solar power favor electrolysis, which uses electricity to separate hydrogen gas from water. We are happy to support you in research and commercial projects related to the production of green hydrogen. With our expertise in renewable energy generators and especially in energy storage, we are happy to design an intelligent energy system around the electrolyser and thus obtain a cost-optimized solution.
Energy & Utilities
Battery storage systems and emerging utility-scale technologies will play a key role in facilitating the next stage of the energy transition by enabling a greater share of renewable energy. For grid operators, battery storage systems can provide grid services such as frequency response, regulation reserves and ramp rate regulation. You can defer investments in peak generation and grid reinforcement. Especially when coupled with renewable generators, batteries help provide reliable and cheaper electricity to isolated grids and off-grid communities that otherwise rely on expensive imported diesel for power generation.