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Roguneil Farm has commissioned a 130 kW ground-mounted solar array, using Krinner ground screw foundations, to support their agricultural operations. This installation helps lower energy costs, enhance resilience, and improve operational efficiency for the farm business.

Highmark Power supports the ongoing maintenance of the Mary’s Harbour Microgrid, a hybrid renewable energy system integrating solar, battery storage, hydro, and diesel generation. Our work helps ensure reliable power, reduced diesel use, and long-term resilience for a remote community in Newfoundland and Labrador.

The South Canoe Wind Farm is one of Nova Scotia’s largest renewable energy projects, featuring 34 turbines that provide 100MW of clean energy to thousands of homes. To maintain peak performance and grid reliability, Highmark Power has been contracted to provide specialized electrical scope and Operations & Maintenance (O&M) support. Our team focuses on the critical high-voltage infrastructure that connects the generation assets to the provincial grid.

Pollution Probe’s CHARGED program receives $3.3M to accelerate clean transportation in Atlantic Canada — Highmark Power ready to deliver.

Highmark Power is proud to announce that we have been recognized as a 2024 Avetta Safety Star recipient, an honor awarded to companies demonstrating exemplary safety performance and unwavering commitment to workplace health and safety.

Highmark Power supported the deployment of EV charging infrastructure for Communauto Atlantic, expanding access to shared electric vehicles across the region. The project included the installation and commissioning of charging systems designed to support daily fleet operations and long-term reliability. Our team worked with project partners to deliver coordinated electrical work that supports sustainable transportation across Atlantic Canada.

Highmark Power delivered EV charging infrastructure for Amazon’s DYH1 facility, supporting the electrification of fleet operations at the site. The project included electrical installation and commissioning of charging equipment designed for high-usage, commercial fleet environments. Our team worked to ensure reliable performance, safety, and seamless integration with existing electrical systems.

Highmark Power supported the rollout of Nova Scotia Power’s DC Fast Charging Network, contributing to the expansion of public EV charging infrastructure across the province. The project involved electrical installation and commissioning work to support reliable, high-capacity fast charging at multiple locations, helping improve access to electric vehicle charging throughout Nova Scotia.

Highmark Power supported clean energy and electrical infrastructure work at Glooscap Landing, contributing to the development of sustainable community-focused facilities. Our team provided coordinated electrical services to support reliable operation and long-term performance, working closely with project partners to deliver work aligned with site requirements and community goals.

Highmark Power supported the Halifax Water Cowie Hill Solar project, contributing electrical and clean energy infrastructure services to a municipal solar installation. The project focused on integrating solar generation to support long-term energy performance and reliability, with work delivered in coordination with project partners to meet operational and site requirements.

Highmark Power supported the deployment of EV charging infrastructure for the Halifax Regional Municipality charging network. The project involved electrical installation and commissioning work across multiple sites, helping expand access to public charging and support municipal electrification goals. Our team delivered coordinated, reliable infrastructure designed for long-term public use.

Highmark Power delivered EV charging infrastructure at the Bayside Travel Centre, supporting reliable fast charging access for travelers and commercial users. The project included electrical installation and commissioning work designed for high-traffic, public-facing use, with a focus on long-term performance, safety, and dependable operation.

Highmark Power supported the installation of a solar energy system at the Cape Breton Miners Museum, contributing to a renewable energy upgrade at a nationally recognized cultural site. The project involved electrical and clean energy infrastructure work designed to support reliable performance while respecting the operational needs of a public heritage facility.

Highmark Power supported the delivery of EV charging infrastructure for the Electrify Canada charging network, contributing electrical installation and commissioning services at public fast-charging locations. The project focused on reliable, high-capacity charging designed to support long-term operation and the continued expansion of Canada’s national EV charging network.

This month, Highmark Power Inc. is celebrating two years of pioneering clean energy projects across Atlantic Canada. Specializing in electric vehicle charging, solar PV, battery storage systems, and more, we are proud of our significant growth and the exciting upcoming projects that are driving the energy transition forward.  We extend our heartfelt thanks to our clients and partners for their diligent collaboration and support over the past two years. Join us as we reflect o

Highmark Power has delivered solar installations across residential, commercial, and institutional sites throughout Atlantic Canada. These projects reflect a range of system sizes and site conditions, with each installation designed and built to support reliable performance, long-term energy production, and seamless integration with existing electrical infrastructure.

Highmark power installed 4 networked L2 chargers at Scotia Square Mall for SWTCH Energy.

Highmark Power provides preventative and corrective maintenance services for AddEnergie for the Flo charging network throughout NS, NB and PEI. We maintain inventory of spare parts as well as preventative maintenance materials and supplies.

Highmark Power delivered a residential solar installation for Jan and Peter Gnemmi, supporting long-term energy generation and reduced reliance on the grid. The project included system design and electrical installation tailored to the home’s layout and energy needs, with a focus on reliable performance and seamless integration with existing electrical infrastructure.