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VERGE 2019 Microgrid

Blue Planet Energy participated in the Verge 2019 conference, where it demonstrated its solution to California's power crisis through the implementation of microgrids. The microgrids, which include solar panels and energy storage systems, will provide critical infrastructure and support to communities in the face of power outages and other emergencies. This demonstration represents a significant step towards a cleaner, more reliable energy future for California.

System Snapshot

Battery System

Generator

Installer

Power Conversion

Solar Integration

Project Details

Project Name

VERGE 2019 Microgrid

Year

Product

Blue Ion™ LX

Site Location

Oakland, California

Industry

Project type

Commercial

Application

Commercial Microgrid

VERGE 2019 Microgrid

The Challenge

The objective of the demonstration was to provide a solution to California's power crisis through the implementation of microgrids.

Energy Solution

The solution includes microgrids that consist of solar panels and energy storage systems, provided by Blue Planet Energy.
“Blue Planet Energy’s commercial Blue Ion LX microgrid system is a best-in-class independent power solution. It’s a building block for a modern utility grid that’s resilient, reliable, and carbon-free.”
Wes Kennedy, Application Engineer Blue Planet Energy

Organized by Greenbiz Group to accelerate the clean economy, the VERGE 2019 conference at the Oakland Convention center happened to be the very same week the Kinkade Fire broke out in Sonoma County, less than an hour's drive away. In conjunction, red flag wildfire conditions forced PG&E to cut power to millions of customers across the region. The costs of power outages reverberated up and down the state throughout October. Considering the environment and challenges Californians were facing, the event's mission to bring business leaders together to share knowledge on ways to accelerate the transition to a clean economy never felt more timely.

Further demonstrating its mission, VERGE organizers constructed a 100% renewably powered microgrid on 10th street in downtown Oakland to power the event's main stage and several EV charging stations. At the center of the microgrid, Blue Planet Energy's Blue Ion LX energy storage system provided enough battery capacity (64 kWh) and power conditioning (125 kWac) to power the event. Diverse charging sources including a 72 kWac solar PV array mounted on the Golden State Warriors' former practice facility, and a biogas generator brought in by All Power Labs for the event. Microgrid site control and visualization equipment from Ageto Energy integrated the system components and provided event-goers with a detailed view of the microgrid's operation.

The microgrid was open for tours by conference attendees as well as the general public. It showcased industry-leading technologies that provide reliable, cost-effective, grid-independent power of commercial, industrial, and agricultural customers. Despite local PG&E power cuts, the VERGE event was self-powered by the microgrid for the duration of the conference.

Watch as Blue Planet Energy's VP of Business Development Gregg Murphy provides an overview of the various microgrid components and how they seamlessly integrate to deliver reliable power for the VERGE event.

For a closer look at how the microgrid not only powered the VERGE event but also charged several EVs using renewable energy and Blue Ion energy storage, check out this video below.

To dive deeper into the microgrid story, here are two final interviews of Eric Faurot, CEO of Greenbiz Group, and Douglas Ledbetter, the project developer for Engie, speaking about the importance of energy storage in a microgrid and how the technology is accessible today.

Hats off to Greenbiz group for another excellent renewably-powered event and to all the microgrid partners who made it real.

Blue Planet Energy’s Blue Ion LX, 384 kWh total capacityShungnak, Alaska student tour and learn about the energy microgrid

Closing Thoughts

Blue Planet Energy's participation in the Verge 2019 conference and demonstration of its microgrid solution represents a significant step towards a cleaner, more reliable energy future for California. The implementation of these microgrids, which consist of solar panels and energy storage systems, will provide critical infrastructure and support to communities in the face of power outages and other emergencies, helping to improve the quality of life for residents and protect the environment.

Project Partners