Welcome to Xendee University for Microgrid Modeling

Expand your career into one of the fastest-growing sectors in energy and take the first steps toward mastering microgrid design and optimization.

View the Microgrid 101 Course

Your Hub for Microgrid Design & Optimization Education

As the energy landscape rapidly evolves, professionals across the industry are being called to design, model, and deploy smarter, more resilient energy systems. Xendee University is your destination for mastering the tools and techniques needed to lead in this new era. Whether you're transitioning from solar PV, EV infrastructure, traditional utility work, or just beginning your microgrid journey, our learning center is built to support your growth.

Explore a library of on-demand courses, technical videos, and practical tutorials covering a full spectrum of microgrid engineering principles. Learn how to optimize distributed energy resources, manage complex tariff structures, incorporate battery storage and generators, and model the integration of EV charging into microgrid systems. Each resource is designed to deepen your knowledge while building fluency with the Xendee platform.

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Start Your Journey to Microgrid Mastery Now

 
Part 1: Microgrid Overview & Engineering Challenges

Gain an understanding of microgrids, their core concepts, and the growing markets driving their adoption. Learn about the engineering challenges and optimization strategies involved in designing efficient microgrids. Explore real-world examples of microgrid deployments, focusing on practical applications and lessons learned. Understand the process of gathering necessary data, setting project conditions, and selecting organizational goals for successful design.

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Part 2: Microgrid Examples and Real-World Use Cases

Explore real-world examples of microgrid deployments, focusing on practical applications and lessons learned. Understand the process of gathering necessary data, setting project conditions, and selecting organizational goals for successful design.

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Part 3: Important Drivers for Microgrids & A Standardized Modeling Platform

Dive into critical factors influencing microgrid design, such as load requirements, tariffs, combined heat and power (CHP), and financial incentives. Learn about the integrated platform used for microgrid modeling, and watch a live demonstration of its features and capabilities.

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Part 4: Real Modeling Example in Xendee

View an interactive session where participants will model a microgrid, incorporating solar, battery storage, and generators.

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Microgrid Modeling Series

Modeling Data Centers with Cost-Effective Redundancy Approaches

In this video, we'll cover how redundancy modeling in Xendee is different from traditional redundancy assumptions, and how modeling in Xendee results in a more cost-effective, flexible, and resilient energy system that meets strict uptime requirements without unnecessary oversizing.

Microgrid Modeling Series

Boost Cooling Efficiency in Data Centers with CHP + Absorption Chillers

Data centers face intense cooling demands, often met with electricity-intensive systems that drive up operational costs. In this first installment, we explore how combining a CHP generator with an absorption chiller can reduce electricity consumption by recycling waste heat, improving both financial and operational performance.

 

Xendee has been an integral partner in our microgrid innovation research and in helping UC San Diego to capture new project funding and research opportunities.
Prof. Jan Kleissl
Director, Center for Energy Research
University of California, San Diego

See How Academic and Research Leaders Are Partnering With Xendee

Trusted & Used By:
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