Planning of energy systems

We design your energy system to be predictable and cost stable

The long-term conversion of energy towards renewable energy sources dramatically changes the value of energy over time. Therefore, modern heat, cold and electricity generation systems are increasingly designed in combinations of different technologies and accumulations that can respond to price fluctuations in the market over months, days and hours. Our great advantage is the ability to model and evaluate the entire energy operation, evaluate it economically and environmentally, and design an operation plan so that the system is predictable and cost stable.

Audit of consumption and savings potential

We start our work with an audit of the real energy consumption of the customer and before designing the new system, we evaluate the potential to achieve savings. We are then looking for opportunities to optimise operations to ensure maximum energy consumption at the most cost-effective hours. Only then do we proceed to our own design of conversion, modernization or new construction of the energy system producing heat, cold or electricity.

Designing a power system

We design the energy system in a suitable combination that balances between environmental friendliness and economic sustainability according to customer requirements and possibilities. We can handle any energy source, any energy carrier and type of storage.

In the design, we also take into account the tariff and capacity options of the site, recommend the necessary adjustments, or arrange for the implementation of their changes.

In addition, our group ORGREZ provides:

  • Designing and designing local distribution systems
  • Power Factor Compensation Systems
  • Integration of charging stations for electromobility
  • Peak-shaving electrical consumption or production
  • Systems for the provision of support services

For the proposed energy systems, we provide long-term support in the field of design work, planning and operation management or regular maintenance.