IRES4Ukraine

Project facts

Goal: Supply local people and public institutions affected by infrastructure damage with electricity and heat.

• Initial conditions for resilient energy supply differ significantly from site to site – every region, every building, every available component is different:
  • Off the shelf solutions do not work in this context.
  • What is needed is an individual combination of electricity, heat, and storage systems that operate reliably together.
• This is why tailored, intelligent energy systems are required.

→ Enable resilient microgrids and small combined energy plants that can reliably provide electricity and heat from renewable sources – even under crisis conditions.

• A customizable IRES4Ukraine desktop application for simulating the behavior of your energy system
  • All data remains on your computer—no internet connection required
  • Systematically test different scenarios to determine the optimal configuration for your energy system
  • Test the resilience of your energy system with various blackout scenarios
  • View your data and simulation results interactively
• Personalized consulting tailored to your energy system requirements
  • We analyze your energy system for you and provide scientifically sound recommendations for optimizing your current system or for future investments
  • We offer guidance and professional support for your own simulations using the desktop application

• Municipalities and regions with damaged energy infrastructure
• Critical facilities (hospitals, schools, public authorities)
• Industrial companies with unreliable power supply
• Energy utilities, suppliers and grid operators

Approach in IRES4Ukraine

IRES4Ukraine provides tailored energy system planning for practical on-site solutions:

• Simulation and digital twin: understanding situations, testing options, reducing risks
• Dimensioning and planning: selecting suitable components – technically and economically
• Optimized operating strategies: controlling energy intelligently instead of wasting it
• Scenario-based system design: robust against crises, outages, weather events, and demand fluctuations