Q3752708 (Q3752708): Difference between revisions
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(Changed label, description and/or aliases in en: Setting new description) |
(Created claim: summary (P836): The objective of the smartly electrifying Satakunta project is to respond to the challenges envisioned by the Smart Grid Working Group of the Ministry of Employment and the Economy. In the smart grid working group Finland’s smart grid vision, the smart electricity system is seen as a functional entity beyond the physical electricity transmission and distribution network — a smart electricity system that covers not only physical transmission and...) |
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The objective of the smartly electrifying Satakunta project is to respond to the challenges envisioned by the Smart Grid Working Group of the Ministry of Employment and the Economy. In the smart grid working group Finland’s smart grid vision, the smart electricity system is seen as a functional entity beyond the physical electricity transmission and distribution network — a smart electricity system that covers not only physical transmission and distribution, but also production, distributed energy resources, the flexibility of the electricity system and various smart grid applications that link physical electricity to the electricity market. According to the vision, the smart electricity system must take into account not only technology, equipment, data management, but also customers, electricity markets, business models and legislation. The project will examine the establishment of a decentralised energy community and the implementation of the necessary arrangements. Energy communities are generally seen as a form of sharing economy. However, as a form of action, it is unsettled and the practices and practices of energy communities are diverging, which also makes it difficult to interpret the legislation. However, there are various energy community experiments in Finland, which typically seek to exploit the roofs of a residential block to produce photovoltaic electricity and to share production among residents. The smartly electrifying Satakunta project creates three scenarios in which a decentralised energy community is located in different parts of Satakunta. The project also looks at the customer-seller interface. Digitalisation, in this context of electricity grid intelligence, allows for new roles in the electricity market. In addition to purchasing electricity, customers can, for example, adjust their consumption by reacting to the price of electricity or sell their own small-scale production or flexibility in electricity consumption. Consumers and small online companies struggled with the same problem — what can be done and how? The intelligently electrifying Satakunta project develops aggregator functions in Satakunta. The smartly electrifying Satakunta project provides energy companies, small energy producers, energy consumers and municipalities with a new perspective on electricity generation, consumption and related service activities. If the project’s objectives are met, the services of the sparsely populated area will improve, new business opportunities will be created, the growth of electric transport will be supported and progress will be made towards a more carbon-neutral Satakunta. (English) | |||||||||||||||
| Property / summary: The objective of the smartly electrifying Satakunta project is to respond to the challenges envisioned by the Smart Grid Working Group of the Ministry of Employment and the Economy. In the smart grid working group Finland’s smart grid vision, the smart electricity system is seen as a functional entity beyond the physical electricity transmission and distribution network — a smart electricity system that covers not only physical transmission and distribution, but also production, distributed energy resources, the flexibility of the electricity system and various smart grid applications that link physical electricity to the electricity market. According to the vision, the smart electricity system must take into account not only technology, equipment, data management, but also customers, electricity markets, business models and legislation. The project will examine the establishment of a decentralised energy community and the implementation of the necessary arrangements. Energy communities are generally seen as a form of sharing economy. However, as a form of action, it is unsettled and the practices and practices of energy communities are diverging, which also makes it difficult to interpret the legislation. However, there are various energy community experiments in Finland, which typically seek to exploit the roofs of a residential block to produce photovoltaic electricity and to share production among residents. The smartly electrifying Satakunta project creates three scenarios in which a decentralised energy community is located in different parts of Satakunta. The project also looks at the customer-seller interface. Digitalisation, in this context of electricity grid intelligence, allows for new roles in the electricity market. In addition to purchasing electricity, customers can, for example, adjust their consumption by reacting to the price of electricity or sell their own small-scale production or flexibility in electricity consumption. Consumers and small online companies struggled with the same problem — what can be done and how? The intelligently electrifying Satakunta project develops aggregator functions in Satakunta. The smartly electrifying Satakunta project provides energy companies, small energy producers, energy consumers and municipalities with a new perspective on electricity generation, consumption and related service activities. If the project’s objectives are met, the services of the sparsely populated area will improve, new business opportunities will be created, the growth of electric transport will be supported and progress will be made towards a more carbon-neutral Satakunta. (English) / rank | |||||||||||||||
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| Property / summary: The objective of the smartly electrifying Satakunta project is to respond to the challenges envisioned by the Smart Grid Working Group of the Ministry of Employment and the Economy. In the smart grid working group Finland’s smart grid vision, the smart electricity system is seen as a functional entity beyond the physical electricity transmission and distribution network — a smart electricity system that covers not only physical transmission and distribution, but also production, distributed energy resources, the flexibility of the electricity system and various smart grid applications that link physical electricity to the electricity market. According to the vision, the smart electricity system must take into account not only technology, equipment, data management, but also customers, electricity markets, business models and legislation. The project will examine the establishment of a decentralised energy community and the implementation of the necessary arrangements. Energy communities are generally seen as a form of sharing economy. However, as a form of action, it is unsettled and the practices and practices of energy communities are diverging, which also makes it difficult to interpret the legislation. However, there are various energy community experiments in Finland, which typically seek to exploit the roofs of a residential block to produce photovoltaic electricity and to share production among residents. The smartly electrifying Satakunta project creates three scenarios in which a decentralised energy community is located in different parts of Satakunta. The project also looks at the customer-seller interface. Digitalisation, in this context of electricity grid intelligence, allows for new roles in the electricity market. In addition to purchasing electricity, customers can, for example, adjust their consumption by reacting to the price of electricity or sell their own small-scale production or flexibility in electricity consumption. Consumers and small online companies struggled with the same problem — what can be done and how? The intelligently electrifying Satakunta project develops aggregator functions in Satakunta. The smartly electrifying Satakunta project provides energy companies, small energy producers, energy consumers and municipalities with a new perspective on electricity generation, consumption and related service activities. If the project’s objectives are met, the services of the sparsely populated area will improve, new business opportunities will be created, the growth of electric transport will be supported and progress will be made towards a more carbon-neutral Satakunta. (English) / qualifier | |||||||||||||||
point in time: 23 November 2021
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Revision as of 03:10, 23 November 2021
Project Q3752708 in France
| Language | Label | Description | Also known as |
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| English | No label defined |
Project Q3752708 in France |
Statements
245,552 Euro
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320,788.0 Euro
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76.55 percent
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1 January 2019
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31 December 2021
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Satakunnan ammattikorkeakoulu Oy
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Älykkäästi sähköistyvä Satakunta –hankkeen tavoitteena on vastata työ- ja elinkeinoministeriön älyverkkotyöryhmän visioimiin haasteisiin. Älyverkkotyöryhmän Suomen älyverkkovisiossa älykäs sähköjärjestelmä nähdään fyysistä sähkön siirto- ja jakeluverkkoa laajempana toiminnallisena kokonaisuutena – älykkäänä sähköjärjestelmänä, joka kattaa fyysisen siirron ja jakelun lisäksi tuotannon, hajautetut energiaresurssit, sähköjärjestelmän joustot ja erilaiset älyverkkosovellukset, jotka yhdistävät fyysisen sähkön sähkömarkkinoihin. Vision mukaan älykkäässä sähköjärjestelmässä tulee huomioida teknologian, laitteiden, tiedonhallinnan lisäksi asiakkaiden, sähkömarkkinoiden, liiketoimintamallien ja lainsäädännön näkökulmat. Hankkeessa tarkastellaan hajautetun energiayhteisön perustamista ja siihen tarvittavien järjestelyiden toteuttamista. Energiayhteisöjä pidetään yleisesti yhtenä jakamistalouden muotona. Toimintamuotona se on kuitenkin vakiintumaton ja energiayhteisöihin liittyvät käytännöt ja toimintatavat ovat kirjavia, jolloin myös lainsäädännön tulkinta on osin hankalaa. Suomessa on kuitenkin erilaisia energiayhteisökokeiluja, jotka tyypillisesti pyrkivät hyödyntämään asuinkerrostalon kattoja aurinkosähkön tuotantoon ja jakamaan tuotannon asukkaiden kesken. Älykkäästi sähköistyvä Satakunta –hankkeessa luodaan kolme skenaarioita, joissa hajautettu energiayhteisö sijoittuu eri puolille Satakuntaa. Hankkeessa tarkastellaan myös asiakkaan ja myyjän rajapintaa. Digitalisaatio, tässä yhteydessä sähköverkon älykkyys, mahdollistaa uusia rooleja sähkömarkkinoilla. Asiakas voi halutessaan sähkön ostamisen lisäksi esimerkiksi muokata kulutustaan reagoimalla sähkön hintaan tai myydä omaa pientuotantoaan tai sähkönkulutuksen joustoa. Kuluttajat ja pienet verkkoyhtiöt painivat saman ongelman parissa - mitä kaikkea voi tehdä ja kuinka? Älykkäästi sähköistyvä Satakunta –hankkeessa kehitetään aggregaattori toimintoja Satakuntaan. Älykkäästi sähköistyvä Satakunta -hanke tarjoaa energia-alan yrityksille, pienenergiantuottajille, energian kuluttajille ja kunnille uuden näkökulman sähkön tuotantoon, kulutukseen ja siihen liittyvään palvelutoimintaan. Hankkeen tavoitteiden toteutuessa haja-asutusaleen palvelut paranevat, syntyy uusia liiketoimintamahdollisuuksia, tuetaan sähköisen liikenteen kasvua sekä edetään kohti hiilineutraalimpaa Satakuntaa. (Finnish)
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The objective of the smartly electrifying Satakunta project is to respond to the challenges envisioned by the Smart Grid Working Group of the Ministry of Employment and the Economy. In the smart grid working group Finland’s smart grid vision, the smart electricity system is seen as a functional entity beyond the physical electricity transmission and distribution network — a smart electricity system that covers not only physical transmission and distribution, but also production, distributed energy resources, the flexibility of the electricity system and various smart grid applications that link physical electricity to the electricity market. According to the vision, the smart electricity system must take into account not only technology, equipment, data management, but also customers, electricity markets, business models and legislation. The project will examine the establishment of a decentralised energy community and the implementation of the necessary arrangements. Energy communities are generally seen as a form of sharing economy. However, as a form of action, it is unsettled and the practices and practices of energy communities are diverging, which also makes it difficult to interpret the legislation. However, there are various energy community experiments in Finland, which typically seek to exploit the roofs of a residential block to produce photovoltaic electricity and to share production among residents. The smartly electrifying Satakunta project creates three scenarios in which a decentralised energy community is located in different parts of Satakunta. The project also looks at the customer-seller interface. Digitalisation, in this context of electricity grid intelligence, allows for new roles in the electricity market. In addition to purchasing electricity, customers can, for example, adjust their consumption by reacting to the price of electricity or sell their own small-scale production or flexibility in electricity consumption. Consumers and small online companies struggled with the same problem — what can be done and how? The intelligently electrifying Satakunta project develops aggregator functions in Satakunta. The smartly electrifying Satakunta project provides energy companies, small energy producers, energy consumers and municipalities with a new perspective on electricity generation, consumption and related service activities. If the project’s objectives are met, the services of the sparsely populated area will improve, new business opportunities will be created, the growth of electric transport will be supported and progress will be made towards a more carbon-neutral Satakunta. (English)
23 November 2021
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