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Feasibility and detailed modeling of distributed energy systems to meet financial objectives using Xendee’s sophisticated, standardized, and repeatable approach.
Based on your project structure and needs, OPERATE pricing can be based on your cost savings, installed capacities, or we can develop a project jointly.
Xendee experts can support you in data collection, tariff modeling, model setup and runs, optimization interpretation, results reporting, operational optimization, etc.
Complete the form to get notified immediately when our call for speakers and registrations arrive for XU Week 2027.
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| Create the On-Site Power and Load Flexibility Your Utility Requires |
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The Problem:
Although early stage microgrid feasibility studies don't require the same technical detail as a full design, they still require a sophisticated approach in order to be accurate and useful. And when screening multiple sites for the best locations for a microgrid, manual approaches are too time-consuming due to the various data sources required to create an accurate model.
The Solution:
Use Xendee DESIGN to rapidly assess microgrid feasibility, technology options, economics, and potential project value before advancing it to detailed system design. The DISCOVER API add-on enables you to quickly analyze multiple sites to identify and prioritize those with the greatest potential. Xendee standardizes and accelerates this early-stage process for you.

Technical Services
• Data collection • Data quality assuranceThe Problem:
Distributed Energy Systems are increasingly complex due to stacked value streams, and multiple technologies and objectives. Designing them to meet financial goals requires a sophisticated, standardized, and repeatable approach.
The Solution:
DESIGN combines sophisticated power and thermal flow modeling with financial constraints to optimize your microgrid and DER system. Move results directly from screening and feasibility into detailed design.
DER mix & sizing across 25 technologies and 5 energy domains
Power flow analysis, capital cost & lifetime financial analysis
Access tariffs, load data, and simulate operational behavior

Technical Services
• Modeling support • Data collection • Model setup & runs • System optimization • Custom tariff modeling • Custom feature enhancements • Power flow analysisThe Problem:
Rule-based control logic is inadequate to anticipate real-time demand peaks, time-of-use or real-time price windows, export opportunities, demand response signals, and outage-risk periods - all while honoring asset limits and reserve constraints.
The Solution:
OPERATE is an AI-Powered Predictive Controller that enables microgrids to constantly evaluate and optimize their operational strategy by comparing real-time performance with a virtual-twin.
Demand charge reduction (dynamic peak shaving, time-of-use energy charge optimization, load shifting)
Off-set costs by optimizing energy exports and market participation
Overall reduction of utility dependence and purchases

Technical Services
• AI-enabled forecasting for renewables and load
RESEARCH WHITEPAPER
Xendee research explores how data centers can meet rapidly growing power demand with a phased mix of distributed energy resources and future Small Modular Reactors. Multi-year optimization helps determine which technologies to deploy, when to invest, and how to balance cost, resilience, and decarbonization over time.

CUSTOMER CASE STUDY
Cascadia Renewables is using Xendee to move beyond manual analysis and design more complex, resilient, and investment-ready microgrid projects. Advanced modeling and optimization help their team evaluate technologies, operating strategies, economics, and resilience in one rigorous process.

CUSTOMER CASE STUDY
Mayfield Renewables uses Xendee to accelerate complex feasibility studies and expand its microgrid consulting capabilities. By streamlining techno-economic analysis and technical reporting, their team can evaluate more projects, respond to clients faster, and grow the business without increasing staffing.

UTILITY CASE STUDY
As the largest state-owned public power organization in the United States, New York Power Authority's (NYPA) Virtual Power Plant (VPP) program is paving the way for other utilities across the country to protect and achieve the cleanest, most affordable energy while maximizing resilience and reliability. NYPA partners with Xendee for modeling strategy, services, and tools to achieve their VPP vision.

CUSTOMER CASE STUDY
ProtoGen is using Xendee to design and optimize the Southeastern Pennsylvania Resilience Corridor, connecting strategically placed microgrids to support critical services during major outages. Advanced multi-node modeling helps balance regional resilience, technology investments, and cost as the corridor continues to expand.

U.S. DEPARTMENT OF DEFENSE
Xendee’s work with the U.S. Department of Defense began with an ESTCP-funded effort to create a standardized, repeatable approach to military microgrid design. Following demonstrations at multiple installations, cybersecurity qualification, and training development, Xendee is now a DoD approved platform supporting the three major branches of the Department of Defense with software licensed by the U.S. Army for ongoing microgrid analysis and design.

CUSTOMER CASE STUDY
SolarEdge used Xendee to design an on-site energy system capable of supporting high-power EV truck charging without a costly grid expansion. By optimizing solar, battery storage, charging demand, and utility rates together, the project demonstrated a more economical path to fleet electrification.

“NYPA operates on behalf of the citizens of the state of New York. For our Virtual Power Plant and other distributed energy projects, an absolute requirement was to understand the engineering [details and financials]. We found that Xendee's design tool was really instrumental in factoring all these variables and allowing us to arrive at the most comprehensive and deep picture needed to give our customers realistic projects."
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John Cordi
Dir. Demand Flexibility & VPP
New York Power Authority

"Once we had Xendee, it cut down the effort of putting all the technical pieces together, and allowed us to quickly see the power different technologies would provide to a system. Using Xendee reduced our time and effort by over two thirds, and allowed us to offer a new 'rapid response' analysis product to our clients. This in turn has allowed us to engage clients quicker, and have them more likely to come back and re-engage us.”
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ARUP
Engineering Services

“Lancium is in the business of operating mega scale Clean Campuses for AI data centers, delivering and orchestrating all power resources from grid to BTM storage and generation. Xendee’s platform has given us the ability to input complex variables and constraints, and generate the optimal multi-year strategy to power each campus and ensure we deliver the lowest-cost, most resilient, and maximally green energy possible.”
—
Ali Fenn
President
Lancium

Xendee is a secure SaaS platform with encrypted data transfer and storage, permission-based access, dedicated U.S., EU, and DoD hosting environments, and infrastructure aligned with SOC 2, ISO/IEC 27001, and CMMC requirements.
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Xendee's team holds over 40 power and energy patents, has authored over 200 academic papers, and brings decades of hands-on distributed energy project experience.

More than 300,000 microgrid and DER designs have been optimized through Xendee.

Organizations across the data center, government, education, and other sectors use Xendee design to achieve energy savings.

Xendee users have modeled over 10 million tons of CO2 emissions reduction.

The extensive databases for utility rates, technologies, load shapes, and incentives will enable you to quote projects accurately.

Continuously adjust microgrid and DER operation based on forecasted weather patterns and load changes, outages, and utility rates to optimize performance.