Open-Source Software: Transforming Integrated Energy Systems Analysis with FORCE

FORCE revolutionizes the way we analyze integrated energy systems (IES), offering a unified, user-friendly platform for comprehensive technoeconomic evaluations. This encompasses everything from macro analysis to transient process modeling, fueling smarter, sustainable energy solutions. With the surge in demand for variable renewable energy sources, such as wind and solar, the U.S. energy market is evolving. This shift necessitates innovative solutions to efficiently and economically integrate diverse energy sources into the grid. Developed under the Integrated Energy Systems program, FORCE emerges as an open-source ecosystem designed to streamline the technical and economic viability analysis of various IES configurations.

A collaborative effort of experts from national laboratories, universities, and the industry has led to the creation of FORCE. This platform embodies the convergence of multiple open-source toolsets, including HERON, HYBRID, RAVEN, TEAL, and FARM. It aggregates comprehensive datasets and models, simplifies the complexity of IES analysis through automation, and offers a unified interface, marking a significant advancement from the disjointed and error-prone processes of the past.

Key Advantages Include:

• A unified analysis platform that integrates diverse toolsets into a single interface, eliminating the need for ad-hoc solutions and reducing errors.
• Flexibility and comprehensiveness in handling a wide range of analysis needs with precision.
• An open-source, user-friendly interface that broadens accessibility and potential impact.
• A modular design that ensures the platform remains at the forefront of IES analysis technology.

FORCE is the ideal tool for a wide range of stakeholders, including companies, universities, and national laboratories. It supports thorough analysis and implementation of IES configurations for initial scoping, economic feasibility studies, detailed coupling, control strategies, and deployment planning. By providing a holistic view of the IES landscape, FORCE enables informed decision-making, optimization of resource use, and advancement toward sustainable energy solutions.

Empower your energy analysis with FORCE, the comprehensive platform designed to simplify the complex landscape of integrated energy systems. Offering a seamless blend of technical precision and economic insight, FORCE positions itself as an indispensable tool in the quest for efficient and sustainable energy solutions. Dive into the future of energy analysis today by downloading FORCE from its GitHub repository and transform your approach to IES evaluation and implementation.

Target Audiences:

Primary:

• Technical experts and decision-makers in renewable energy and integrated energy systems seeking comprehensive analysis tools.
• Decision-makers in energy companies, national laboratories, and academic institutions looking for data-driven insights into energy system integration and optimization.

Secondary:

• Policymakers and economic analysts focused on the economic viability and sustainability of renewable energy sources.
• Software developers and data scientists in the energy sector interested in an open-source platform for analytical expansion.

FORCE revolutionizes the analysis of integrated energy systems (IES) by offering a unified, user-friendly platform for comprehensive technoeconomic evaluations, from macro analysis to transient process modeling, fueling smarter, sustainable energy solutions.

This software is open source and available at no cost. Download now by visiting the product's GitHub page

INL’s Technology Deployment department focuses exclusively on licensing intellectual property and partnering with industry collaborators capable of commercializing our innovations. Our goal is to commercialize the technologies developed by INL researchers. We do not engage in purchasing, manufacturing, procurement decisions, or providing funding. Additionally, this is not a call for external services to assist in the development of this technology.