High-capacity heat, lower carbon
As demand for electrification grows, so does the heat pump market — driven by improved cold-climate performance, government incentives and the need for low-carbon heating solutions to meet electrification targets.
Heat pumps work by leveraging existing heat sources such as air, water or industrial waste heat to efficiently transfer thermal energy safely and efficiently.
Digital expertise integrated into everything
Through a comprehensive approach — including detailed energy modeling, system monitoring and robust design practice — we promote the reliability of heat pump systems. Employing advanced methodologies such as sensitivity analysis and leveraging real-world data, our teams validate system performance under various operational scenarios. This process incorporates the use of historical data and cutting-edge tools such as artificial intelligence (AI) and machine learning (ML) to optimize system design and predict future performance.
Partners through every step of the process
We help clients navigate complex challenges — calculating return on investment, grid capacity and system retrofits — by offering deep technical expertise, stakeholder education sessions and tailored solutions for building-level and district-scale applications. By aligning performance, cost and carbon goals, we empower clients to adopt heat pump technologies that are resilient, scalable and future-ready.
Connect with one of our specialists to learn more about our heat pump capabilities.