Development of facilities and service platforms as tools for comprehensive management of thermal comfort and real estate efficiency and for aggregation and management of electricity demand (Q78220): Difference between revisions
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(Removed claim: summary (P836): The project includes the development of a device and a dedicated data processing system as a tool for comprehensively managing thermal comfort in buildings equipped with split heaters and split-air conditioners.As a result, a new product will be created:an optimisation and management service for energy, allowing savings to be achieved and the aggregation of the potential for reduction of energy consumption for remuneration within the scope of...) |
(Created claim: summary (P836): The project includes the development of a device and a dedicated data processing system as tools for comprehensive management of thermal comfort in buildings equipped with radiators and split air conditioners. As a result, a new product will be created: a service to optimise and manage energy demand, enabling savings and aggregation of the potential to reduce energy consumption for remuneration under DSR orders (DSR). “Demand Side Response”. The...) |
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The project includes the development of a device and a dedicated data processing system as tools for comprehensive management of thermal comfort in buildings equipped with radiators and split air conditioners. As a result, a new product will be created: a service to optimise and manage energy demand, enabling savings and aggregation of the potential to reduce energy consumption for remuneration under DSR orders (DSR). “Demand Side Response”. The management of indoor thermal comfort will be implemented using the intelligent LERTA thermostatic head controlled by the radio, which allows the operation of the radiator and air conditioner to be managed on the basis of proprietary algorithms using machine learning methods. This will allow automated, efficient and reliable reduction of energy demand without significantly reducing the comfort of users of a given room. This system will allow the economies of scale achieved on a large number of small, distributed and easily managed facilities whose potential to reduce electricity demand after aggregation can be offered in DSR programmes organised by the Transmission or Distribution Network Operator. The solution will include a huge pool of existing Class B and C office buildings for which existing energy management systems are not available. The result of the project will be addressed to property managers interested in optimising heat comfort and the costs of electricity and heat consumed. LERTA will offer services to reduce demand for electricity and heat from the grid and sell individual equipment. (English) | |||||||||||||||
| Property / summary: The project includes the development of a device and a dedicated data processing system as tools for comprehensive management of thermal comfort in buildings equipped with radiators and split air conditioners. As a result, a new product will be created: a service to optimise and manage energy demand, enabling savings and aggregation of the potential to reduce energy consumption for remuneration under DSR orders (DSR). “Demand Side Response”. The management of indoor thermal comfort will be implemented using the intelligent LERTA thermostatic head controlled by the radio, which allows the operation of the radiator and air conditioner to be managed on the basis of proprietary algorithms using machine learning methods. This will allow automated, efficient and reliable reduction of energy demand without significantly reducing the comfort of users of a given room. This system will allow the economies of scale achieved on a large number of small, distributed and easily managed facilities whose potential to reduce electricity demand after aggregation can be offered in DSR programmes organised by the Transmission or Distribution Network Operator. The solution will include a huge pool of existing Class B and C office buildings for which existing energy management systems are not available. The result of the project will be addressed to property managers interested in optimising heat comfort and the costs of electricity and heat consumed. LERTA will offer services to reduce demand for electricity and heat from the grid and sell individual equipment. (English) / rank | |||||||||||||||
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| Property / summary: The project includes the development of a device and a dedicated data processing system as tools for comprehensive management of thermal comfort in buildings equipped with radiators and split air conditioners. As a result, a new product will be created: a service to optimise and manage energy demand, enabling savings and aggregation of the potential to reduce energy consumption for remuneration under DSR orders (DSR). “Demand Side Response”. The management of indoor thermal comfort will be implemented using the intelligent LERTA thermostatic head controlled by the radio, which allows the operation of the radiator and air conditioner to be managed on the basis of proprietary algorithms using machine learning methods. This will allow automated, efficient and reliable reduction of energy demand without significantly reducing the comfort of users of a given room. This system will allow the economies of scale achieved on a large number of small, distributed and easily managed facilities whose potential to reduce electricity demand after aggregation can be offered in DSR programmes organised by the Transmission or Distribution Network Operator. The solution will include a huge pool of existing Class B and C office buildings for which existing energy management systems are not available. The result of the project will be addressed to property managers interested in optimising heat comfort and the costs of electricity and heat consumed. LERTA will offer services to reduce demand for electricity and heat from the grid and sell individual equipment. (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 11:39, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Development of facilities and service platforms as tools for comprehensive management of thermal comfort and real estate efficiency and for aggregation and management of electricity demand |
Project in Poland financed by DG Regio |
Statements
4,515,140.98 zloty
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6,024,800.25 zloty
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74.94 percent
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1 November 2018
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30 April 2021
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LERTA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ
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52°24'2.2"N, 16°55'11.3"E
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Projekt obejmuje opracowanie urządzenia i dedykowanego systemu przetwarzania danych jako narzędzi do kompleksowego zarządzania komfortem cieplnym w budynkach wyposażonych w grzejniki i klimatyzatory typu split. W rezultacie stworzony zostanie nowy produkt: usługa optymalizacji i zarządzania popytem na energię, umożliwiająca uzyskanie oszczędności oraz agregację potencjału redukcji zużycia energii za wynagrodzeniem w ramach zleceń DSR (ang. Demand Side Response). Zarządzanie komfortem cieplnym w pomieszczeniach zostanie zrealizowane za pomocą inteligentnej głowicy termostatycznej LERTA sterowanej drogą radiową, umożliwiającej kierowanie pracą grzejnika i klimatyzatora na podstawie autorskich algorytmów wykorzystujących metody uczenia maszynowego. Umożliwi to zautomatyzowane, skuteczne i niezawodne redukowanie zapotrzebowania na energię bez istotnego obniżenia komfortu użytkowników danego pomieszczenia. System ten pozwoli na wykorzystanie efektu skali osiąganego na dużej liczbie małych, rozproszonych i łatwo zarządzalnych obiektów, których potencjał redukcji zapotrzebowania na energię elektryczną po zagregowaniu może być oferowany w programach DSR organizowanych przez Operatora Sieci Przesyłowej lub Dystrybucyjnej. Opracowane rozwiązanie pozwoli objąć systemem ogromny zasób istniejących budynków biurowych klasy B i C, dla których istniejące systemy zarządzania energią są niedostępne. Rezultat projektu zostanie skierowany do zarządców nieruchomości zainteresowanych optymalizacją komfortu cieplnego i kosztów zużywanej energii elektrycznej i ciepła. LERTA oferować będzie usługi redukcji zapotrzebowania na energię elektryczną i energię cieplną z sieci oraz sprzedaż indywidualnych urządzeń. (Polish)
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The project includes the development of a device and a dedicated data processing system as tools for comprehensive management of thermal comfort in buildings equipped with radiators and split air conditioners. As a result, a new product will be created: a service to optimise and manage energy demand, enabling savings and aggregation of the potential to reduce energy consumption for remuneration under DSR orders (DSR). “Demand Side Response”. The management of indoor thermal comfort will be implemented using the intelligent LERTA thermostatic head controlled by the radio, which allows the operation of the radiator and air conditioner to be managed on the basis of proprietary algorithms using machine learning methods. This will allow automated, efficient and reliable reduction of energy demand without significantly reducing the comfort of users of a given room. This system will allow the economies of scale achieved on a large number of small, distributed and easily managed facilities whose potential to reduce electricity demand after aggregation can be offered in DSR programmes organised by the Transmission or Distribution Network Operator. The solution will include a huge pool of existing Class B and C office buildings for which existing energy management systems are not available. The result of the project will be addressed to property managers interested in optimising heat comfort and the costs of electricity and heat consumed. LERTA will offer services to reduce demand for electricity and heat from the grid and sell individual equipment. (English)
14 October 2020
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Identifiers
POIR.01.01.01-00-0677/18
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