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Innovate, Manufacture, Deploy & Operate

Harness advanced computation and analytics and maximize the potential of your energy technology or projects. By leveraging these tools, you can unlock significant benefits and drive optimal performance.

Lifecycle Management - Innovators, Manufactures, Developers, Financial Institutions, Operators 

The accurate computation of the technoeconomics of an energy storage project is a critical undertaking to ensure its profitability and success. By assessing the technoeconomics, we gain a comprehensive understanding of the project's financial viability and feasibility.

This process involves a meticulous analysis of various factors, including capital costs, operational expenses, revenue streams, and lifecycle considerations. Accurately estimating the costs associated with equipment procurement, installation, maintenance, and operation is essential in determining the project's overall financial requirements.


Furthermore, evaluating the revenue potential of the energy storage project is crucial. This involves assessing potential revenue streams, such as energy arbitrage, capacity market participation, ancillary services, and grid support functions. Understanding the market dynamics, pricing mechanisms, and regulatory frameworks that impact revenue generation is vital for an accurate technoeconomic assessment.

Additionally, the technoeconomic analysis considers the project's projected lifetime and the associated costs and revenues over that period. Evaluating factors like degradation rates, warranty terms, and potential technology advancements helps in determining the project's long-term profitability and competitiveness.


Accurate computation of the technoeconomics provides stakeholders with crucial insights into the financial viability of an energy storage project. It allows for informed decision-making, including optimizing the project's design, sizing, and operational strategies to maximize profitability. Moreover, it enables developers, investors, and policymakers to assess the economic viability of energy storage projects, driving investment and facilitating the adoption of this essential technology in the energy transition.

Lifecycle Management | Developers & Financiers | Applications

StorageFlex Portfolio


By utilizing our extensive suite of applications for energy storage simulation and analysis, users can access a diverse array of specialized models and analysis tools designed specifically for energy storage. Our software is invaluable for project engineers and researchers seeking to evaluate energy storage systems in a range of use cases, with a particular focus on behind-the-meter [BTM] applications.


With this advanced tool, users can accurately assess and analyze various energy storage options to align with their specific project needs. Additionally, our natural language processing as well as generative AI capabilities enable seamless communication with our virtual agents, allowing users to simulate other project-related activities, including energy justice considerations such as "Justice40". 


Generative AI and large language models significantly enhance the insights generated by our suite of applications for energy storage simulation and analysis. By incorporating these advanced technologies, users can benefit from improved accuracy, efficiency, and versatility in evaluating energy storage systems for a wide range of use cases, particularly focusing on behind-the-meter [BTM] applications.


The integration of generative AI allows for the generation of realistic and contextually relevant scenarios, empowering users to explore and simulate different energy storage options within specific project parameters. By leveraging large language models, our software enables users to access a vast repository of knowledge, research, and industry expertise, enhancing the depth and breadth of insights generated.

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