Powerful, low‑carbon heating for commercial buildings
Meet modern building regulations and sustainability goals from day one. The CAHV‑Z offers a low‑carbon solution that integrates easily into new developments, helping to future‑proof projects against evolving environmental standards.
A practical solution for replacing traditional heating systems, the CAHV‑Z delivers high flow temperatures suitable for existing infrastructure. Its monobloc design simplifies installation, reducing time on site and project complexity.
R290 has ultra-low GWP (0.02) significantly reducing embodied carbon compared to traditional refrigerants. By using R290, the CAHV‑Z supports projects being future-proof by aligning with sustainability standards.
The CAHV-Z delivers water temperatures up to 75°C, even in ambient conditions as low as –15°C. This wide operating range makes it suitable for both space heating and domestic hot water production in retrofit and new‑build applications.
The CAHV‑Z is a versatile solution designed for a broad range of commercial applications, including schools, hospitals, and other large buildings. It can operate as a standalone unit or as part of a scalable multi‑unit system. In cascade configurations, units rotate and modulate to meet demand, with up to seven units providing as much as 280 kW of efficient, reliable heating and hot water year‑round.
To ensure safe operation, the CAHV‑Z incorporates built‑in leak detection and an explosion‑proof relay. These features provide additional protection and support compliance with relevant safety standards for R290‑based systems.
The use of R290 is supported by integrated safety features, including:
With advanced control strategies and robust components, the Ecodan CAHV‑Z is designed to deliver dependable heating and hot water in all seasons.
The Mitsubishi Electric Ecodan CAHV-Z delivers powerful, low-carbon heating and hot water using ultra-low R290 GWP refrigerant. Perfect for a wide range of commercial applications such as schools and hospitals, it can operate as a standalone unit or in scalable multi-unit systems. In a multi-unit setup, units cascade and rotate to meet demand, with a 7-unit system delivering up to 280kW* of efficient, reliable heating and hot water all year round.