Battery storage modeling software is an essential tool for developers because the investments involved in energy storage infrastructure are considerable, and simulations enable them to test performance virtually before installation work begins. During this design phase, developers need to factor in a host of variables, covering site demand predictions, electricity pricing, storage capacity, and solar power generation forecasts, among others, all of which can change even from hour to hour.

How Do Battery Storage Simulations Work?

Simulations are just that: digital replicas of a planned project and storage solution that can be tested free of risk. However, the major benefit of modeling software is that it isn’t confined to providing indicative outcomes or performance metrics based on a static dataset.

Battery storage software analyzes each variable based on evaluations of real-world operating conditions, taking into account:

  • Solar generation capacity 
  • Predicted site electricity demand
  • Battery charge and discharge cycles
  • Grid imports and exports 
  • Energy tariffs and pricing

 

Developers can test what-if scenarios, and energy flows from solar panels to battery devices to create plans with optimal battery sizing and realistic cost projections, avoiding modeling inaccuracies that can make project economics unviable.

Modeling the Financial Impacts of Solar and Energy Storage Projects

Energy storage projects, including renewable and hybrid installations, rely on precise simulations. They help developers plan how energy will be stored, used, and exported, and how automation will enable those processes to be triggered at advantageous times.

Simulations evaluate potential strategies and approaches to inform decision-making, such as time-of-use energy pricing forecasts and demand-charge reduction methods that maximize solar power storage for discharge during peak energy pricing, also known as ‘energy arbitrage.’

Investors often require projections to assess the anticipated revenues from solar and energy storage projects or the payback period against capital requirements. Clear reporting shows them that energy storage plans are sustainable, will meet site needs, and are financially efficient to their existing solar system.

Reasons Battery Storage Modeling Software Reduces Risk

Advanced simulation platforms such as ETB Developer incorporate numerous features designed to mitigate risks and answer key questions before installation projects move forward. These include:

  • Detailed models of energy flows, tracking solar energy production, power usage on-site, battery energy storage, and energy used or sold to the grid
  • Tariff projections, building in pricing rules to determine when batteries should charge and discharge, and the savings available
  • Scenario testing, comparing battery sizes or configurations, and identifying the most effective setup depending on project objectives
  • Visualization dashboards, turning complex data into digestible charts and graphs to ensure simulated results are clear and easy to understand

 

The outcomes are that developers can optimize each aspect of energy storage before finalizing plans or proposals, including financial performance forecasts, without leaving anything to chance.

Introducing Battery Storage Simulations Into Your Project Planning

Our ETB Developer is a purpose-designed platform that combines battery storage and solar modeling capabilities, with financial analytics and data visualization features simplifying simulations and drawing on real-world data and projections.

Organizations that wish to learn more about using advanced simulation tools to support the development of energy storage sites, or who are in need of more information about the functionality of ETB Developer, can review the full specifications here.