Using Redcloud Planning, our in-house, highly adaptive, industry-leading techno-economic mathematical optimization platform for energy systems, we help clients determine their optimal mix and dispatching of new and existing energy projects to achieve their clean energy and resilience goals at lowest life cycle cost.

Customized consulting and feasibility studies for your microgrid project, using proprietary in-house software to optimize asset sizing and configuration, and suggest balance between economic, resilience, and sustainability requirements. We balance system engineering design with utility bill savings, battery storage, and reducing demand charges.

muGrid provides investment-grade economic modeling, business case development, data-backed grant applications, and independent design validation for your microgrid project, while also meeting your design and energy needs.

We offer AI-driven post-commissioning performance optimization for grid-connected microgrids to adapt to current and predicted future system states, providing accurate support for multiple renewable energy systems.

We are experts at maximizing the economic return from battery energy storage across multiple simultaneous revenue streams. We determine the optimal battery sizing and operation that maximizes your revenue from demand charge management, energy arbitrage, ancillary service, frequency Regulation, T&D deferral, and resiliency.

Advanced microgrids can both save money during normal operation and provide backup power when the grid goes down. But what size systems should you install? What is the likelihood that it will be able to sustain your critical load for 8 hours? 24 hours? 1 week? How will renewables work with your existing diesel generator?

We’ll help you answer those questions and more using stochastic programming techniques and our Redcloud energy planning platform. You’ll get recommendations for a microgrid design that meets your resiliency requirements at the lowest life cycle cost.