We help clients identify, apply for, and secure funding through federal, state, and utility programs that support battery and clean energy deployment. Our team prepares detailed technical narratives, cost-benefit analyses, and compliance documentation to strengthen applications and improve approval success rates.

We combine technical performance modeling with detailed financial analysis to provide a complete view of project value. Our models simulate system operation under site-specific conditions, incorporating tariffs, incentives, and dispatch strategies to forecast energy savings, revenue potential, and long-term returns. This integrated approach helps clients size systems correctly, validate business cases, and make confident investment decisions.

We design and evaluate microgrid systems that integrate storage, renewables, and on-site generation to improve resilience and reduce operating costs. Our modeling tools assess load profiles, control strategies, and grid interaction to optimize performance for both grid-connected and islanded operation. We help clients move from concept to implementable, financially sound microgrid solutions.

We provide design guidance that bridges engineering and constructability. From equipment selection and layout to interconnection and control integration, we ensure that every system is designed for reliability, maintainability, and code compliance.

We assist project teams through commissioning, performance testing, and system verification. Our structured approach ensures that storage systems operate as designed and deliver expected energy, demand, and resilience benefits.

We offer training for internal teams on how to model and evaluate battery systems using industry-standard tools and methodologies. Our workshops build in-house capability for project evaluation, sensitivity analysis, and long-term performance forecasting.