The DESIGN module is the basic module in energyPRO which is used to calculate the optimal energy conversions for heat, cooling and electricity for a one-year period based typically on hourly values though other time resolutions are also possible.
Preview of the user interface in DESIGN module
From heating and cooling to electricity — with unmatched flexibility and control.
All-in-One Energy System Design
The DESIGN module is the core of energyPRO and calculates optimal operation over a full year, typically in hourly resolution. It supports both simple and highly complex systems across electricity, heat, and cooling demands.
Flexible & Scalable Setup
Add unlimited energy demands and technologies — from traditional systems to modern hybrid, PtX and industrial setups. The module is built to accommodate projects of any size or complexity.
Smart Storage Integration
Easily model the impact of thermal storage, batteries, fuel storage, chilled water storage, hydro pumping, and more. DESIGN supports advanced analyses of how storage enhances system efficiency and flexibility.
Market-Driven Prioritisation
Optimise production to match electricity tariffs and market price fluctuations. The module ensures your plant prioritises the most profitable periods while meeting demand.
Built-In Financial Modeling
Define and calculate project revenues and operational costs directly. Create structured financial reports with totals, subtotals, and custom unit prices for a clear project overview.
Access Real-World Data
Use built-in time series tools and connect to EMD's online weather database for accurate, real-world inputs and online time series with prices and demand profiles to improve your system's performance simulation.
The DESIGN module in energyPRO gives you complete control to simulate, compare, and improve your hybrid, thermal, or PtX project performance with precision.
Discover how energyPRO empowers energy professionals to model, optimise, and plan projects of any size and type—from district energy heating and cooling to Power-to-X, decarbonisation, and beyond.
Whether you're building for efficiency, sustainability, or profitability, energyPRO adapts to your goals. Explore real-world use cases and see how one powerful tool can unlock endless possibilities for your next energy project.
This use case showcases an advanced Power-to-Methane system modeled in energyPRO. The model integrates several key technologies to create a highly efficient and profitable energy hub.
