Solar and energy storage systems
Focus on integration and coordinated action.
The rise in energy prices presents economic players with new challenges every day. As a result, it is now almost impossible to run businesses and operations profitably without relying on sophisticated systems - and it is vital that EV charging systems, PV generation systems and battery storage are properly designed and integrated.
Ease of installation, convenience and time savings, environmental friendliness and sustainability, passive income and independence from the energy supply are just some of the compelling reasons for installing solar PV systems, but the list could go on and on.
How do we plan
a PV solar system?
Consultation and assessment
We check the feasibility of a customised system at the installation site.
Planning and administration
We submit the application to the regional energy agency and plan the connection.
System dimensioning
We calculate the required output, the size of the PV system and the energy storage system based on your annual energy consumption and requirements.
Selection of solar modules and inverters
Based on the preliminary system dimensioning, we select the appropriate type and capacity of solar modules and inverters.
Regulations and authorisations
We will help you to obtain the relevant authorisations for the installation in accordance with local building and technical regulations.
Budgeting and financing
We draw up a comprehensive budget for the project and suggest financing options such as subsidies and loans.
Installation and maintenance
We follow all safety requirements and manufacturer recommendations during installation and ensure regular maintenance of the systems we install.
Controlling and monitoring
With our monitoring solution, you can track the performance of your system and quickly identify any problems.
Energy storage systems
It's time for intelligent energy storage!
It is clear that energy storage is already becoming more economical and will continue to do so in the future, creating potential for safer and more predictable operations. The planning and implementation of energy storage is not only fostered by the legal regulatory environment, but also by rational thinking, as the use of energy storage not only eliminates grid surges and overloads, but also makes day-to-day operations more reliable and less expensive.
We have proven ourselves in numerous energy storage projects, from the smallest to the largest. We propose the most optimal solution for every task.
Well thought-out solutions during installation (power management)
There may be situations where it is impractical to increase the output. In this case, it is necessary to dynamically limit the power available to each charger, which in practise means installing a device that monitors the power consumption of the base activity and only the available power - in excess of the base activity - can be used by the chargers.
This solution not only ensures that the basic activity is provided reliably and predictably, but also that the chargers are continuously and optimally supplied with power.
Focus on complex solutions (charger, solar panel and storage)
Modern and intelligent energy management in the 21st century is about planning and predictability, both in terms of the generation required and the utilisation of the energy produced - so that we really only need a minimum of grid energy. At this point, it is enough to think of the possibilities offered by solar panels, which not only allow us to utilise the energy generated immediately, but also to store it for later use!
Modern and intelligent energy management in the 21st century is about planning and predictability, both in terms of the generation required and the utilisation of the energy produced - so that we really only need a minimum of grid energy. At this point, it is enough to think of the possibilities offered by solar panels, which not only allow us to utilise the energy generated immediately, but also to store it for later use!
