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myEko Pro® combines the simplicity of an intelligent electric heater with an Embedded Waste Heat Recovery (RCE) module. A solution designed to heat efficiently while meeting today's energy and environmental challenges.
Exploitation of waste heat
myEko Pro® radiators reduce national energy consumption using a single energy source to simultaneously perform computer calculations and home heating, where traditionally data centers and radiators consume separately.
The impact is even greater knowing that data centers use nearly 40% more energy to cool their servers. By doing this calculation in the myEko Pro®, the electricity previously used to cool data centers no longer exists, allowing a reduction in primary energy consumption and the decarbonization of your housing stock at the national level.
The waste heat recovered by myEko Pro® is a renewable form of energy.
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myEko Pro® has two main priorities: reduction of the carbon impact of heating and the decrease in electricity demand on a national scale.
By exploiting the waste heat generated by computer calculations, our technology:
Reduces the need for primary energy
Contributes to achieve the goals of the National Low Carbon Strategy (SNBC) And of the Energy-Climate Law
Decrease Pressure on the electrical network, in the context of rising electric vehicle adoption and the expansion of digital infrastructure
Digital uses are exploding, especially those related to artificial intelligence.
In France, data centers already consume 8.5 TWh per year, or 2% of national electricity consumption. By 2030, it is estimated that AI could account for 13% of global consumption.
Rather than letting this heat be wasted in large data centers, hestiia decentralizes it and turns it into local value.
Hestiia performs inference calculations for artificial intelligence models used by major digital players.
This type of calculation:
Does not use any data from housing,
Runs completely independently from users,
Enables the recovery and local reuse of the heat generated.
Our modules never process personal or housing-related data.There is no interaction between the building and the computational tasks.
The income from the calculation is fully reinvested in the development of new free features for users.
These features are developed to be compatible with all generations of myEko Pro® heaters, at no additional cost for users.
Objective 1
Reduce energy bills
Objective 2
Lower the carbon footprint of the products
Objective 3
Enhance thermal comfort
Installation, thermal calculations, compliance, follow-up: this FAQ gives you precise answers to the most frequently asked questions about myEko Pro®.
The radiator consumes the same amount of energy as a conventional electric heater.
- Whether it operates only with the resistor or with the combination of resistor and calculator, the power consumption remains the same.
- There is no overconsumption related to the computing activity.
The electricity used for the computer calculation is entirely transformed into useful heat.
- A conventional electric heater converts 100% of the electricity consumed into heat.
- With our radiator, it's exactly the same principle:
- Part of the heat is generated by the resistor
- The other part comes from the computing activity, which reuses energy to produce heat.
Our radiators are connected and equipped with smart sensors to optimize heating management and improve energy efficiency. However, hestiia does not collect or use users' personal data for commercial or advertising purposes.
The goal of this connectivity is to optimize thermal comfort and reduce energy consumption, without ever compromising the privacy of occupants.
It’s understandable that some people associate computing power with the use of personal data.This confusion comes from the fact that, in other contexts (Google, Facebook, mobile applications, etc.), computing power is often used to analyze, process, and exploit user data for commercial purposes.
However, in our case, the computing power of the radiators has absolutely no connection with occupant data.
What our computing power does
Our integrated processors are used for external tasks, completely unrelated to end users, such as:
- Scientific modeling and simulations
- Optimization of artificial intelligence algorithms
These tasks do not require any access to occupants’ data and are performed entirely independently of the home and its inhabitants.
