Welcome to NovaFir Energy
Innovating Energy, Powered by Nature
About NovaFir Energy
NovaFir Energy Inc. is a Canadian solar technology company based in Halifax, Nova Scotia. We design and manufacture high-quality solar charge controllers, inverters, battery monitors, and advanced PV power plant systems for residential, off-grid, and small-to-medium commercial applications.
The name NovaFir blends “Nova Scotia,” our home and manufacturing base, with the resilient Balsam Fir tree—an enduring symbol of nature and sustainability. It reflects both our local roots and our commitment to creating strong, eco-conscious energy solutions.
Rooted in our commitment to innovation, sustainability, and service excellence, NovaFir stands apart by integrating advanced AI technology into our products—offering predictive maintenance, smart energy management, and intuitive cloud-based control systems. Our focus is not just on clean energy, but on making it smarter, more efficient, and easier to use.
Strategically located for export through Halifax’s international port and airport, NovaFir is well-positioned to serve global markets. We prioritize seamless interoperability, customer-first design, and robust technical support to ensure the highest value and satisfaction for every client.
Join us as we redefine what solar energy systems can do—for homes, businesses, and the planet.
Our Solutions
Explore our solar energy products
Commercial
Small-to-Medium Commercial Clients (under 25MW): Retail centers, warehouses, schools, hospitals / medical facilities, agricultural operations, and industrial parks
Residential & Off-Grid
Solar solutions for homeowners seeking independence from the grid & reliable power systems designed for remote locations.
AI-enhanced ecosystem
AI-enhanced solar energy management ecosystem that includes advanced charge controllers, inverters, battery monitors, and a fully integrated cloud and mobile platform.
NovaTrack™
NovaTrack™, our proprietary MPPT (Maximum Power Point Tracking) algorithm that dynamically adjusts to environmental conditions in real-time to maximize energy yield.