Calvert Island

Calvert Island: 10 years of integrating renewable energy

by Cummins Inc., Global Power Technology Leader

Overview

Challenge: Provide power system technologies for a completely off-grid microgrid solution in a remote location but at a commercial scale. 
Solution: An integrated renewable power system with two of Cummins 72 kW diesel generator sets.
Result: A fully integrated remote microgrid energy solution that has been in operation for over 10 years that is not only economically rewarding but also achieves renewable integration for reliable and sustainable power.

Celebrating 10 years of providing integrated renewable energy!

Over 400 kilometers north of Vancouver, British Columbia sits Calvert Island: a remote and stunning island with pristine white sand beaches, crystal blue waters, and home to an environmental research station in need of 24/7 power. Until 2011 the research station relied on prime power diesel generator sets burning up to 500 liters of diesel fuel daily. In addition, the generator sets were built by a patchwork of integrators that were not certified and did not meet inspection requirements. 

And, as energy consumption rose with increased guest capacity with the expansion of new on-site buildings, the founder of the environmental station began exploring ways to create a completely integrated renewable energy microgrid. Hakai Energy Solutions, Inc. located in British Columbia, was commissioned to design a completely off-grid microgrid solution to provide renewable system integration on a large, commercial scale.Calvert Island demo

A fully integrated renewable energy microgrid

The integrated renewable system was anchored by two of Cummins 72 kW diesel generator sets and included a 3-phase modular inverter system, 50 kW PV panels and a robust battery storage system. The design resulted in the station’s diesel consumption dropping to under 100 liters a day, an 83% decrease, and implemented even further energy reduction by using a demand-side management and heat recovery programs generated from the gensets to supply heat to the station’s buildings.

The design resulted in the station's diesel consumption dropping to under 100 liters a day, an 83% decrease!

This bold and ground-breaking journey succeeded in developing a fully integrated remote microgrid energy solution that has now been in operation for over 10 years and is not only economically rewarding but also achieves renewable integration for reliable and sustainable power.

“It is hard to find a company that has the experience and integration capabilities like Cummins. From design, manufacturing, to service and support: it’s all there. Their well thought out and executed engineering matches our company’s philosophy of a deep commitment to reliable power.” —Jason Jackson, Co-Founder and CEO, Hakai Energy Solutions, Inc.

Related case studies
Microgrids Case Study

Overview Where: Johannesburg, South Africa Purpose: To reduce carbon emissions and take a significant step towards Cummins 2030 Environmental Social and Gover...

May 20, 2024

Microgrids Case Study

Overview Challenge: Provide power systems technologies for a completely off-grid microgrid solution that has the capacity ...

July 23, 2021

Microgrids Case Study

Overview Challenge: Provide power for a remote marina with load demands varying between 5 and 500kW while impacting year-r...

April 13, 2021

Redirecting to
cummins.com

The information you are looking for is on
cummins.com

We are launching that site for you now.

Thank you.