Residential HRV Air Exchangers

Both systems exchange indoor and outdoor air while recovering energy from the exhaust stream. An HRV primarily transfers sensible heat, while an ERV also transfers moisture. Product selection depends on the building, climate, ventilation strategy, and indoor air-quality objectives. BPE’s residential product information specifically identifies plug-and-play ERV systems and energy-recovery modules.

The BPE-XE-MIR and BPE-CE-MIR plug-and-play ERV product information specifies over 90% thermal efficiency using a direct counter-flow heat exchanger. The modular ERM product line is listed with 70–90%+ thermal efficiency. Actual performance varies by model, operating conditions, and system configuration.

BPE residential ERV systems are identified for residential homes, including families up to six people, as well as single- and multi-family homes. They are also suited to dedicated ventilation, fresh make-up air systems, small offices, light commercial spaces, and Energy Star, Passive House, and net-zero building projects.

The BPE-XE-MIR / BPE-CE-MIR plug-and-play ERV includes an integral MERV 8 filter for both fresh and exhaust air. Filtration arrangements can vary across product configurations, so the selected model and installation design should be reviewed for the project’s ventilation and indoor air-quality requirements.

The plug-and-play ERV is factory wired, tested, and supplied with a 120 VAC three-pronged plug. The product information also describes horizontal and vertical configurations, galvanized steel construction, and compact installation options. Final installation requirements depend on the selected model, ductwork, controls, and site conditions.

Yes. BPE product information lists Energy Star, Passive House, and net-zero buildings among the applications for its residential plug-and-play ERV and modular energy-recovery products. Their energy-recovery design can support efficient ventilation, indoor air quality, thermal comfort, and reduced building energy use when properly selected and integrated.