Ranked best-in-class for energy cost reduction in a 2019 study. Ranked first by AHRI in this category, NIRVANA offers the lowest operating costs in the industry, and its pool heat pumps are 300-400% efficient.
From the compressor cover to the fan blades and composite housing, we are committed to reducing noise levels. The Nirvana heat pump maintains an excellent sound level of 53 to 57 decibels.
Our top-of-the-line products, designed for northern climates, ensure an exceptional lifespan thanks to a corrosion inhibiting coatings that guarantee long machine service life.
The Nirvana heat pump’s precise control panel adjusts pool temperature, ensuring consistency while optimizing energy efficiency. Compatible with an external control system or via our app. WiFi (optional).
|TRYDENT by Nirvana
|Internet Sales Allowed for Trydent||Parts||5 Years*|
|Above Ground by Nirvana
30SF, 45SF, NE20, NE55, NE75
|Parts||2 years compressor
5 years titanium TUBE component of the heat exchanger
|Labor||1 Year Online *
2 Years Brick and Mortar
NIRVANA recommends the use of a liquid or conventional solar blanket, especially in colder climates for better energy efficiency. Information for reference only, results may vary depending on region, ambient temperature and use of solar blanket . 1Noted according to AHRI 1160: Ambient temperature (oF) / Relative humidity (%) / Water temperature (oF). With a water flow of 0.45 GPM per 1,000 BTU per AHRI condition 80/63/80.
ENERGY EFFICIENCY AT LOW TEMPERATURE IS THE MOST IMPORTANT THING TO CONSIDER since a heat pump operates most of the time at low temperatures. Ranked first by AHRI in this category, NIRVANA provides the lowest operating costs in the industry. Visit www.AHRINET.org to compare certified performances. The energy performance coefficient (COP) of a heat pump measures the ability to extract energy from the air and transfer it to the pool water. A higher COP corresponds to a reduction in heating costs. AHRI certifies you an intelligent purchase with performance validated by an independent organization.