GreenTechMedia: Led by a Tesla alum, the California startup looks to tap growing demand for solar and storage in key markets of California and Hawaii.
With EV technology rapidly evolving, how do fleet managers plan a transition?
Microgrid Labs wants to make those decisions easier. The company specializes in software for fleet electrification and microgrid development, and has been at the cutting edge of the changing grid since its founding.
The electrical panel was due for an upgrade. An increasing number of homes are accelerating the transition to a clean-energy future with on-site solar and battery, and homes themselves are getting smarter.
“We’re your insurance policy against battery fires,” said Al-Hallaj. “In the development of the EV industry, this is a critically important point. Fires at fast-charging stations could kill this industry, if their effects caused EVs to be perceived as unsafe.”
Feasible and Microgrid Labs – both Electric Vehicle focused technologies – will be presenting to a panel of expert judges at the 2020 IGF on April 29, 2020.
Stanford University: The startup has recently demonstrated the world’s most efficient solid state heat engine, topping the performance of all previous thermophotovoltaic, thermionic, and thermoelectric devices. This breakthrough is a key enabler for Antora’s energy storage technology, and also opens up numerous other applications ranging from industrial waste heat recovery to flexible carbon capture, utilization, and storage.
The story of Hygge Power starts with late Christmas presents, a whiteboard “aha!” moment, and one very lucky Uber ride.
Caleb Scalf, CEO of the startup currently working with NREL as part of the Shell GameChanger Accelerator Powered by NREL (GCxN), was a project manager working from his apartment in Boulder in 2016 who faced an ongoing problem: his power would regularly go out, sometimes for hours.
At NREL, most staff members are one-of-a-kind. That’s what you would expect in a national lab full of creative researchers. But even among them, principal researcher Anthony Florita, Ph.D. stands out. In a group of almost all electrical engineers, he is the only one trained as an architectural engineer. Rather than top-down thinking about the grid, he has a unique bottom-up approach starting with understanding the actual power demands from buildings.
Bloomberg Environment: Think about it: our society is always plugged into something. Whether it’s smartphone chargers or smart TVs or large appliances or electric vehicles, we are consuming more energy than we ever have before. This has led to a host of efforts by utilities to implement demand response programs, which seek to adjust the demand for power, rather than adjusting the supply to meet the demand.