How Hardware in the Loop Tests the Functionality of Microgrid Controllers

In the fourth article of this special report series brought to you by Microgrid Knowledge and Typhoon HIL, we're looking at how Hardware in the Loop (HIL), specifically controller Hardware in the Loop (C-HIL), is an ideal technique for testing the functionality of microgrid controllers. The IEEE’s 2030.8-2018 Standard for the Testing of … [Read more...]

Pros and Cons of Testing Methods to Validate Microgrid Designs

In the third article of this special report series brought to you by Microgrid Knowledge and Typhoon HIL, we look at various ways of testing microgrid designs and explain the value of hardware in the loop (HIL). Microgrid design and validation tests can be carried out with real power equipment in a lab environment, such as the National … [Read more...]

How to Validate a Microgrid Project

In a new special report series brought to you by Microgrid Knowledge and Typhoon HIL, we're exploring how Hardware in the Loop (HIL) can address the technical challenges that can impact the cost and scheduling of microgrid projects. In this second article in the series, we're looking at the importance of validating a microgrid before it's put into … [Read more...]

Hardware in the Loop: Addressing the Challenges of Microgrid Systems Integration

In a new special report series brought to you by Microgrid Knowledge and Typhoon HIL, we explore how hardware in the loop (HIL) testing and model-based engineering techniques provide an effective way to address the technical challenges that can impact the cost and scheduling of microgrid projects. This first article explores the evolving nature of … [Read more...]

Solar’s Transition to Nanogrids — and Why it’s Good for Solar Installers

This article wraps up a  new special report series  focused on the rise of solar nanogrids. Learn why nanogrids for solar installers make sense — and why this model gaining steam in the renewable energy industry.  Savvy solar installers have their eye on the nanogrid market — the next phase in solar plus storage — as a potentially large … [Read more...]

Mission to Care — Examples of Microgrids and Fuel Cells in Action at Hospitals

We complete our new special report series on energy opportunities in healthcare with examples of hospital microgrids that use fuel cells to lower costs, improve sustainability, and increase energy reliability. Hospitals must be built to provide a unique combination of durability and human service. They have to be rugged enough to run 24/7/365 … [Read more...]

What Can Regulators and Utilities Do to Boost Solar Nanogrids?

This portion of a  new special report series looks at utility and regulatory changes across the nation that could push solar nanogrids to the forefront of energy innovation.  In spite of the many challenges that nanogrids address, their growth is limited by regulatory and utility hurdles that prevent nanogrid owners from realizing their many … [Read more...]

The Possibilities for Healthcare Microgrid Business Models

In this new special report series, we explore the potential of microgrids in hospitals to prevent outages and downtime. Here we discuss microgrid business models that make it easier for healthcare facilities to move forward with projects. The growth of microgrids in recent years has brought with it advances in business models that make … [Read more...]

Vision for the Future — Microgrids as Teaching Tools and Community Partners

The final article in our special report series on university microgrids describes microgrids as teaching tools. Read on for real-world examples of how microgrids help colleges and universities manage their energy assets, while also educating the energy engineers of tomorrow and serving local communities.  The Bronzeville Microgrid: A Chicago … [Read more...]

How Solar Nanogrids Help Solve the Challenge of Variability on the Grid

We explore the opportunities solar nanogrids provide for the solar installers in a new special report series brought to you by Microgrid Knowledge and Instant ON. It turns out while one nanogrid is good, many are even better, when they come together as virtual power plants that aid the grid. Working together, solar nanogrids can achieve even … [Read more...]