Q2101037 (Q2101037): Difference between revisions
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(Created claim: summary (P836): The IoT platform project, based on the Internet of Things (IoT) and related digitisation technologies, aims at developing and testing an innovative concept of energy efficient and comprehensive management of, inter alia, floor heating, ventilation and lighting. The concept makes it possible to connect, integrate and control systems of different types of devices through the internet. The aim is to achieve a more energy efficient and more efficien...) |
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| Property / summary | |||
The IoT platform project, based on the Internet of Things (IoT) and related digitisation technologies, aims at developing and testing an innovative concept of energy efficient and comprehensive management of, inter alia, floor heating, ventilation and lighting. The concept makes it possible to connect, integrate and control systems of different types of devices through the internet. The aim is to achieve a more energy efficient and more efficient operation through a flexible and easy integration of several devices and the governance and regulation of different sub-systems. With IoT governance, there is the possibility of an easy-to-use automation system located in the cloud, generating significant energy savings through automated user-customised regulation. the concept is developed in an innovation cooperation between five private companies, the South Danish University and business support players CLEAN and Sønderborg for Growth Council. As a basis for the IoT concept, the first step is to analyse options for vending systems using IoT digitisation technologies. Against this background, design an innovative approach to automatically customised regulation of energy using appliances systems. In parallel, a technical innovation effort will be worked intensively within the fields connectivity, interoperability, customised management, and automation systems located in the cloud. This generates new knowledge and skills, targeted at key elements, which are a prerequisite for the development of IoT. In this context, the concept has been tested under operational approach. the IoT concept is largely an automation system, where components/subsystems can be integrated immediately, and automatic customisation provides new energy savings. IoT governance is linked to and exploits the explosive growth of demand for connected products and solutions. (English) | |||
| Property / summary: The IoT platform project, based on the Internet of Things (IoT) and related digitisation technologies, aims at developing and testing an innovative concept of energy efficient and comprehensive management of, inter alia, floor heating, ventilation and lighting. The concept makes it possible to connect, integrate and control systems of different types of devices through the internet. The aim is to achieve a more energy efficient and more efficient operation through a flexible and easy integration of several devices and the governance and regulation of different sub-systems. With IoT governance, there is the possibility of an easy-to-use automation system located in the cloud, generating significant energy savings through automated user-customised regulation. the concept is developed in an innovation cooperation between five private companies, the South Danish University and business support players CLEAN and Sønderborg for Growth Council. As a basis for the IoT concept, the first step is to analyse options for vending systems using IoT digitisation technologies. Against this background, design an innovative approach to automatically customised regulation of energy using appliances systems. In parallel, a technical innovation effort will be worked intensively within the fields connectivity, interoperability, customised management, and automation systems located in the cloud. This generates new knowledge and skills, targeted at key elements, which are a prerequisite for the development of IoT. In this context, the concept has been tested under operational approach. the IoT concept is largely an automation system, where components/subsystems can be integrated immediately, and automatic customisation provides new energy savings. IoT governance is linked to and exploits the explosive growth of demand for connected products and solutions. (English) / rank | |||
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Revision as of 12:45, 9 March 2020
Project in Denmark financed by DG Regio
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| English | No label defined |
Project in Denmark financed by DG Regio |
Statements
10,203,873.0 Danish krone
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20,407,746.0 Danish krone
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50.0 percent
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2 December 2015
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28 February 2021
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OJ Electronics A/S
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54°55'16.7"N, 9°46'35.0"E
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6400
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Formålet med IoTStyring-projektet er, på grundlag af Internet of Things (IoT) og dertil knyttede digitaliseringsteknologier, at udvikle og teste et innovativt koncept til energieffektiv og samlet styring af bl.a. gulvvarme, ventilation og belysning. Konceptet gør det muligt gennem internettet at tilslutte, integrere og kontrollere systemer af forskellige typer apparater. Målet er gennem en fleksibel og let integration af flere apparater og forskellige subsystemers styring og regulering at tilvejebringe en mere energieffektiv og brugeroptimeret drift. Med IoTStyring skabes der mulighed for et brugervenligt automationssystem, der er placeret i skyen, som giver markante energibesparelser gennem automatisk brugertilpasset regulering.Konceptet udvikles i et innovationssamarbejde mellem fem private virksomheder, Syddansk Universitet og erhvervsfremmeaktører CLEAN og Sønderborg Vækstråd. Som grundlag for IoTStyring-konceptet er første skridt at analysere muligheder for automationssystemer, der anvender IoT digitaliseringsteknologier. På baggrund heraf designudvikles et innovativt koncept til automatisk brugertilpasset regulering af energiforbrugende apparatsystemer. Sideløbende vil der blive arbejdet intensivt med en teknisk innovationsindsats inden for felterne connectivity, interoperabilitet, brugertilpasset styring, og automationssystemer placeret i skyen. Dette frembringer ny viden og færdigheder målrettet centrale elementer, der er en forudsætning for IoTStyring konceptets udvikling. I sammenhæng hertil bliver konceptet testet under operationelle forhold.Med IoTStyring-konceptet er der i vid udstrækning tale om et automationssystem, hvor komponenter/delsystemer kan integreres umiddelbart, og automatisk brugertilpasning giver nye energibesparelser. IoTStyring konceptet knytter sig til og udnytter den eksplosive vækst i efterspørgslen efter internetforbundne produkter og løsninger. (Danish)
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The IoT platform project, based on the Internet of Things (IoT) and related digitisation technologies, aims at developing and testing an innovative concept of energy efficient and comprehensive management of, inter alia, floor heating, ventilation and lighting. The concept makes it possible to connect, integrate and control systems of different types of devices through the internet. The aim is to achieve a more energy efficient and more efficient operation through a flexible and easy integration of several devices and the governance and regulation of different sub-systems. With IoT governance, there is the possibility of an easy-to-use automation system located in the cloud, generating significant energy savings through automated user-customised regulation. the concept is developed in an innovation cooperation between five private companies, the South Danish University and business support players CLEAN and Sønderborg for Growth Council. As a basis for the IoT concept, the first step is to analyse options for vending systems using IoT digitisation technologies. Against this background, design an innovative approach to automatically customised regulation of energy using appliances systems. In parallel, a technical innovation effort will be worked intensively within the fields connectivity, interoperability, customised management, and automation systems located in the cloud. This generates new knowledge and skills, targeted at key elements, which are a prerequisite for the development of IoT. In this context, the concept has been tested under operational approach. the IoT concept is largely an automation system, where components/subsystems can be integrated immediately, and automatic customisation provides new energy savings. IoT governance is linked to and exploits the explosive growth of demand for connected products and solutions. (English)
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Identifiers
271
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