You are viewing a limited version of this profile. To access i3's full capabilities.
ThermoLift
Save
Company logo (jpg or png)
Parent company

Short description

Producer of natural gas air conditioner and cold-climate heat pump which combines heating, cooling, and hot water delivery into a single appliance

Founded in 2012
Founded in

Company type Private Public ()
Company type

Industry Group energy & power

Sector buildings

TRL Range 7-8
TRL 1 Basic research
TRL 2 Technology formulation
TRL 3 Applied research
TRL 4 Small scale prototype
TRL 5 Large scale prototype
TRL 6 Prototype system
TRL 7 Demonstration system
TRL 8 First of a kind commercial system
TRL 9 Full commercial application
TRL Range

Ticker

Headquarters Stony Brook, NY Stony Brook, United States
Address
City
State
Zip
Country

Parent Companies

Updated by Jonathan Haas at ThermoLift on 03/04/2019

Edited by Cleantech Group on 01/25/2022

Traction
  • 0 M&A items
tags
Similar companies
Customers
Save
Date Company
Partnerships
Save
Date Partner Type
09/01/2013
US Department of Energy (DOE) US Department of Energy (DOE)
The Building Technologies Innovations Program administered by the US DOE awarded ThermoLift a $750,000 federally-funded grant for accelerating the development of ThermoLift’s technology. This award was the maximum amount permitted under the program and will help commercialize ThermoLift as a heating, cooling, and hot water technology for residential and commercial buildings.
View source    
Confirmed by US Department of Energy (DOE)
Development Partner
Investment Rounds
Save

IPO INFORMATION

Date

IPO status

IPO Type

Amount

Initial shares

Ticker symbol

Exchange listed

Prospectus URL

Prospectus

Source URL

Source

Description

Date Investors Type Amount
07/29/2021 NGIF Cleantech Ventures NGIF Cleantech Ventures (1)
Post-money valuation of
Growth Equity
Click to add IPO information
Products
Save
Product image Name Product status Revenue model Cost metrics

TCHP™

TCHP achieves high heating efficiency by capturing renewable heat energy from the ambient, even at low temperatures (<0°F). For cooling, TCHP uses lower-costs natural gas instead of electricity and captures heat from inside a building to produce essentially free hot water. Other advantages include: small physical size, fuel-agnostic capability, and the elimination of harmful refrigerants.

Pilot/Early Revenue
$/kW (current)
$/kW (projected)
$/kWh (current)
$/kWh (projected)
You are viewing a limited version of this profile. To access i3's full capabilities.
Back to top

Preload svg text font