SMTI Commissions ‘Heat Pump Furnace’ Field Test Prototypes

Posted Posted in Uncategorized

SMTI and its commercialization partners successfully commissioned an 80,000 BTU/hr gas heat pump furnace prototype on two single family residential homes in Wisconsin.  These 3rd generation units will provide all of the heat required by these homes (including hot water in one home) without need for backup, even in that region’s decidedly cold winters.  SMTI’s […]

SMTI Wins DOE Grant

Posted Posted in Business News

SMTI Wins DOE Grant to Commercialize Its Residential Furnace ProductSMTI is pleased to announce that it has been selected as an awardee by the US Department of Energy’s Building Technology Office for a $2.7 million grant to accelerate commercialization of a residential heat pump warm-air furnace replacement product.  This innovative grant, a new approach for […]

4th Generation Residential Gas Heat Pump Water Heater Field Test Installed

Posted Posted in Business News

SMTI is proud to announce that a 4th generation GHPWH prototype was installed in a home in Birmingham, Alabama (serving a family of four). SMTI, with an OEM partner for the storage tank, fabricated and tested the prototype prior to installation. Gas Technology Institute is providing M&V (including baseline) and overall project management. The new […]

SMTI Delivers Beta 80,000 Btu/hr GAHP Prototype to GTI

Posted Posted in Business News

SMTI delivered a 2nd generation “Beta” prototype to Gas Technology Institute for 3rd party testing. GTI will conduct both steady-state and simulated “real-world” tests at a variety of outside air and delivered water temperatures. The Beta series prototypes incorporate several design improvements from original “Alpha” series prototypes developed and tested under a DOE grant. UPDATE: […]

First 80,000 Btu/hr GAHP Prototype Field Test Unit Installed

Posted Posted in Business News

SMTI’s very first 80,000 Btu/hr GAHP prototype (Alpha 1) was installed as a field test unit, in a warehouse heating application. The original proof-of-concept prototype, developed under a DOE grant, is hydronically connected to two ceiling-mounted fan-coils. Each fan-coil is controlled with its own programmable thermostat, creating two distinct heating zones. The 4:1 modulating GAHP […]