OPTIMIZE Module

Smart sizing of new assets – faster, better, and financially sound.

OPTIMIZE allows you to optimise the size of PV, CHP, heat pump, storage or any new asset you include in your modelling.

Make confident investment decisions with optimised asset sizing built into your energy modeling.

Find the Right Size for New Technologies

OPTIMIZE lets you determine the ideal size for PV systems, CHP units, heat pumps, energy storage, and other assets — all based on your specific technical and economic conditions.

Minimise Costs, Maximise Value

The module calculates the annuity cost based on investment, operational expenses, income, and system constraints. energyPRO then finds the size and operation strategy that delivers the best economic performance.

Fast and Integrated Optimisation

Size and simulate in one go. OPTIMIZE calculates the most cost-effective sizing and operation plan in a single, seamless run — delivering fast, actionable insights.

Simple Setup, Powerful Results

Just define your planning period, asset types, investment costs, lifetime, and interest rate — and let OPTIMIZE do the rest. No complex setup required.

Boost your project performance

- add OPTIMIZE to your energyPRO toolbox.

Order OPTIMIZE module

Required modules

To use the OPTIMIZE module effectively, you need the following modules:

energyPRO Modules

DESIGN

Optimise yearly energy conversions for heat, cooling, and electricity, typically using hourly data.

See all energyPRO modules

For any energy system

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.

Water Treatment

This use case illustrates how energyPRO can model and optimize a flexible, modular water treatment system with minimal assumptions and high adaptability.

Drinking Water Production from Groundwater and Seawater

This use case demonstrates how energyPRO can empower drinking water planners to shift from static, spreadsheet-based methods to dynamic, responsive simulations. By leveraging electricity market data and real-time demand profiles, water utilities can significantly lower operating costs, improve resilience, and prepare for integration with renewable energy and reuse strategies.

District Heating

Design efficient and economically viable district heating systems with energyPRO

Power-to-X

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.