Imagine a heat pump that doesn't use a noisy, chemical-filled compressor. Instead, it uses sound waves to move heat, making it silent and cleaner. It works like a high-tech speaker for temperature, allowing old houses with traditional radiators to switch to green energy without expensive renovations.
Traditional heat pumps are too expensive, noisy, and cannot provide the high temperatures required for older, poorly insulated homes, leading to a market where 7M gas boilers were installed in 2021 compared to only 2M heat pumps.
A patented thermo-acoustic heat pump engine and a corresponding mass production setup. A Minimal Viable Product (MVP) was also developed for customer validation.
If you are a heat pump manufacturer dealing with the limited efficiency of vapor compression, this project developed a thermo-acoustic engine that replaces the core. It allows your products to deliver high temperatures for older homes and removes HFC refrigerants.
If you are a developer dealing with the high cost and noise of installing heat pumps in residential projects, this project developed a silent, affordable engine. It makes heat pumps a viable replacement for gas boilers in both new and existing housing stocks.
If you are a consultant dealing with the high global warming potential of HFC gases in heating systems, this project developed a technology that uses no HFC refrigerants. It enables a faster transition from fossil fuel heating to clean energy.
The technology is designed to be easier to produce and install, which reduces the overall cost for the end customer compared to traditional heat pumps.
Yes, the project specifically focused on the development of a mass production setup for the final market heat pump engines.
The project utilizes a disruptive patented technology based on thermo-acoustics, leveraging over 15 years of R&D from TNO.
The system is designed to be environmentally clean as it does not use any HFC refrigerant gases with high global warming potential.
Based on available project data, the engine is designed in collaboration with OEMs to seamlessly replace the vapor compression core of any heat pump.
The project is led by a single Dutch SME, Blue Heart Energy BV, which maintains 100% industry ratio. This lean structure suggests a fast-track commercialization approach, supported by a multidisciplinary team of 15 people and a strategic knowledge transfer from TNO.
Contact Blue Heart Energy BV in the Netherlands for B2B licensing and OEM integration.
Contact us to explore integration of thermo-acoustic engines into your HVAC product line.
