Design and optimize energy systems individually
HDC offers needs-based system design based on specific operator requirements. For critical infrastructure, industry, and defense.
Your energy system. Your requirements.
New planning or existing energy system: HDC designs energy systems individually according to operator needs and optimizes various operating strategies. The simulation and optimization software THORIUM® is used for this purpose.
The comparison reveals savings and efficiency potential and creates a sound basis for investment decisions.
System design with multi-objective optimization and variant comparison
Cost · Resilience · Self-sufficiency · CO₂ emissions
System design for critical infrastructure, industry, and defense
- Critical infrastructure
Critical consumers, high demands on security of supply, and limited budgets require needs-based system design. HDC develops suitable energy architectures and dimensioning.
- Industry
Load peaks, energy demand, and economic efficiency determine the system design. HDC compares system variants with regard to investment and operating costs.
- Defense
Military installations as well as mobile and deployable applications place specific demands on self-sufficiency and security of supply. HDC takes into account military operational conditions and capability requirements.
Well-founded decisions for your energy system
Which measures make sense for the specific site and how do they affect costs, supply reliability, and operations?
Simulations and scenario comparisons create a sound decision-making basis for demand-oriented system design and targeted investments. The results are documented in a transparent manner and can be used for internal coordination and approvals.
Assess economic viability
Compare investments and operating costs of different variants
Dimension according to demand
Design components and capacities to match actual demand
Secure supply
Evaluate the degree of self-sufficiency and supply of critical consumers for different system variants
Optimize operations
Align predictive operating strategies with energy demand and defined target metrics
incampus Ingolstadt
Campus Energy System
On the 75-hectare innovation campus, different energy demands and infrastructures come together. HDC maps the energy architecture in THORIUM® and examines various operating and expansion scenarios.
Optimization: Costs · CO₂ emissions · Self-sufficiency
Result: Sound decision-making basis for the further development of the energy system
Economically dimension battery storage
Concrete investment decision
For a commercially used site with a photovoltaic system and charging infrastructure, HDC investigates whether integrating a battery storage system is economically viable and which storage capacity matches the actual demand.
Optimization: Economic viability · Energy demand · Load profiles · Storage capacity
Result: Decision-making basis for investment and dimensioning of the battery storage system
Request system design
Jasmin Rjeschni
Your contact for system design