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Termostato inteligente para sistemas de calefacción por agua con compensación de carga/climatológica y conexión wifi

Resumen

Tipo:
Oferta Tecnológica
Referencia:
TOGR20190212001
Publicado:
22/02/2019
Caducidad:
23/02/2020
Resumen:
Una pyme griega ha desarrollado un nuevo termostato con termómetros inalámbricos que ajusta la potencia de los radiadores en función de las necesidades reales de calefacción. Este termostato inteligente, que se aplica en sistemas de calefacción por agua, utiliza las técnicas de compensación de carga/climatológica y regula la temperatura de los radiadores en función de las necesidades reales de calefacción del edificio (casa, apartamento, oficina, habitación de hotel, etc.). El termostato utiliza sensores inalámbricos y tecnología de inteligencia artificial (IA) para procesar la información recogida. A diferencia de otras soluciones, este termostato tiene el potencial no solo de apagar y encender la calefacción, sino también de modificar automáticamente la temperatura de los radiadores. La empresa busca socios en los sectores de arquitectura, ingeniería y construcción (AEC) con el fin de establecer acuerdos comerciales con asistencia técnica, así como inversores para firmar un acuerdo financiero.

Details

Tittle:
Smart thermostat for wet heating systems with load/weather compensation and wifi connectivity.
Summary:
A Greek SME has developed an innovative thermostat with wireless thermometers which adjusts the power of the radiators, according to the real heating needed. The Greek company is looking for partners from the architectural, engineering and construction (AEC) sectors under a commercial agreement with technical assistance and/or investors under a financial agreement.
Description:
A Greek company, SME Instrument Phase I beneficiary, has developed a smart thermostat optimized for wet heating systems with hot water radiators. Today the majority of thermostats used for heating operate in programmed time intervals and are optimized for heating systems with hot air. This results in energy waste.

The suggested smart thermostat applies for wet (hydronic-hot water with radiators) heating systems. The thermostat uses the techniques of load/weather compensation and regulates the temperature of the radiators to the real heating need of the building (house, apartment, office, hotel room etc).

The thermostat uses wireless sensors and artificial intelligence (AI) technology to process the collected information. The thermostat calculates precisely the heating power needed and determines the needed heating temperature of the radiators. The temperature of the radiators fluctuates according to the heating need, and it is not stable like it happens in the heating systems with conventional thermostats.

Contrary to the common solutions, the smart thermostat has the potential not only to turn-on and turn-off the heating, but also to vary automatically the power of heating (radiators temperature). Only when the energy of the radiators has been absorbed from the surrounding space, the thermostat turns on the heating in order to add again more heat, avoiding overheating and waste of energy and money. As a result, the energy needed in order to keep the house-apartment-office-room warm, matches exactly the energy offered from the heating system, with high precision, resulting to considerable energy savings. The thermostat is Industry 4.0 enabled and uses Internet of Things (IoT) and mobile application together with data analysis capability.

The Greek SME is looking for partners that deal with the building sector under a commercial agreement with technical assistance and/or investors in order to offer the technology under a financial agreement.
Advantages and Innovations:
The suggested smart thermostat is using wireless sensors and operates based on the real heating needs of the room. The thermostat can substitute any other conventional thermostat without the need of any extra wiring. The thermostat uses AI and load\weather compensation techniques, in order to calculate exactly the amount of energy needed at every moment and regulate the temperature of the radiators accordingly. Overheating is avoided and there is a significant gain in energy consumption and cost, with no comfort sacrifice (same indoor temperature with considerable less consumption).
Stage of Development:
Available for demonstration
IPs:
Secret Know-how

Partner sought

Type and Role of Partner Sought:
The Greek SME seeks:

- partners that deal with the architectural, engineering and construction (AEC) sectors under a commercial agreement with technical assistance, and/or

- investors in order to offer the technology under a financial agreement for the enhancement of the products´ market uptake.

Client

Type and Size of Client:
Industry SME <= 10
Already Engaged in Trans-National Cooperation:
Si
Languages Spoken:
English
Greek

Keywords

Technology Keywords:
01003022 Aplicaciones inteligentes
01003003 Artificial Intelligence (AI)
04007001 Gestión de la energía
01003025 Internet of Things
04007003 Optimización de procesos, utilización de energía residual