digital building studio

Energy Simulations and System Optimization

Energy analyses and simulations that enable comparison of technical systems, prediction of operating costs and optimization of building efficiency.

Service overview

Energy simulations enable data-driven decisions before systems are actually built. By modeling the building’s energy behavior, we compare technical systems, predict consumption and assess operating costs. This gives the investor a clear picture of efficiency and a reliable basis for optimization and selection of the best solution.

Scope of work

What this service includes.

Energy demand analysis
Technical system comparison
Consumption analysis
Operating costs
System optimization
Sustainability
Approach

How we approach this service.

  1. 01

    Scenario definition

    We define realistic usage scenarios and boundary conditions as the basis for analysis.

  2. 02

    Energy model development

    We model the thermal and energy behavior of the building and its systems.

  3. 03

    System comparison

    We compare alternative technical systems in terms of consumption and efficiency.

  4. 04

    Evaluation and interpretation

    We analyze the results and translate them into clear conclusions about performance and costs.

  5. 05

    Optimization and recommendation

    We optimize the solution and present it with a clear explanation of its energy and economic effects.

Value

Value for the investor and the project.

  • Better decisions before construction
  • Clearer expectations of operating costs
  • Optimized energy performance
  • Comparison of alternative systems
  • Better long-term efficiency
Deliverables

Typical phases and deliverables.

  • Building energy model
  • Energy demand analysis
  • Comparative system analyses
  • Operating cost assessment
  • Report with optimization recommendations

A good project begins with clear technical decisions.

Involve us in the early phase of your project so we can define systems, coordinate technical solutions and reduce risks before execution.