Arkeon Energy Systems develops SmartPAC, a high-efficiency heat pump solution that replaces traditional boilers with a decarbonized heating and domestic hot water system. This technology reduces energy costs and environmental impact through continuous monitoring and guaranteed performance metrics.
Funding
$6.1M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Many buildings rely on traditional boilers that contribute to high energy costs and significant carbon emissions. Fluctuating fossil fuel prices and increasingly strict regulations further exacerbate these challenges for building owners.
Solution
Arkeon Energy Systems offers SmartPAC, a high-efficiency heat pump system designed to replace traditional boilers with a decarbonized heating and domestic hot water solution. The SmartPAC system reduces energy consumption by up to 30% and decreases carbon emissions by leveraging a combination of proven technologies and proprietary innovations. The system uses a thermofrigopompe heat pump, a miniature artificial aquifer for thermal energy storage, a hydraulic module for intelligent flow management, and proprietary software to optimize thermal production costs. Arkeon guarantees performance metrics through continuous monitoring of the installed system, ensuring predictable energy expenditures.
Target Audience
Arkeon Energy Systems targets social housing providers, co-ownerships, industrial facilities, warehouses, and local authorities seeking to reduce energy costs, comply with regulations, and decarbonize their buildings.
Features
- Thermofrigopompe heat pump for decarbonized heating and cooling
- Miniature artificial aquifer to store thermal energy and improve heat pump efficiency
- Intelligent hydraulic module for dynamic management of fluid flows based on demand
- Proprietary software to optimize the cost of thermal energy production
- Operates effectively regardless of external temperature, even in negative conditions
- Automatically purchases electricity during off-peak hours to minimize energy costs
- Modular design allows for installation on rooftops, in technical rooms, or outdoors
- Continuous monitoring of system performance to guarantee energy savings