Installation of a solar system at Art Hotel Karos Szolgáltató Kft. (Q3935604): Difference between revisions
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The technology to be installed is a solar system with a power of 57,720 kWp, and therefore a renewable energy source is used. 156 solar cells are installed. Dimensions of cells: 1 755 mm x 1 038 mm x 35 mm, weight 20 kg. They are capable of a specific power of 370 Wp. The modules include an aluminium solar support structure that guarantees the necessary fixation on the roof. Annual electricity consumption of the site: 155 000 kWh/year. Annual electricity generated by the solar system: 63 492 kWh/year. Rated power: 370 Wp Technology: monocrystalline solar panel. Product guarantee minimum: 10 years Of course, inverters for converting direct current produced by solar panels into AC current are also part of the development. The total rated power of the designed inverters shall be 50 kW. The chosen inverter can be found in the list of equipment approved by the network licensee. In the event of a power outage, the inverter shall be switched off by means of built-in protection machines, in accordance with the requirements of the relevant standards, and shall not be supplied to the network in isolated mode. To protect the inverter, it can only be switched back on a permanent return of the mains voltage (after 5 minutes) with the required synchronisation conditions. The inverters have built-in overcurrent protection and protection against overvoltage and isolating switches. As far as the preparation of the development is concerned, the site of implementation has been assessed, contact with the partners and the signing of a conditional contract with the contractor have been carried out. Appropriate professionals have been contacted to help plan the details of the project. An energy expert with an appropriate degree has been searched and selected, who has the appropriate competence for the necessary solar system, in line with the professional conditions required by the call. During the on-site visit, the implementation site was surveyed in terms of energy, static and lightning protection. The next part of the process was the design of the photovoltaic system to be installed, and of course the experienced contractor was also searched and finally selected. In the course of the preparatory work, the technical description, layout plan and energy declaration were finally completed. The next steps of the implementation are the preparation of a connection plan document and the contribution of the electricity supplier to the project. The implementation site is then handed over to the contractor. Fortunately, we have been able to find a construction company with significant experience in the field of solar panel systems that have been implemented from a previous tender, so hopefully no professional problems can be expected during the implementation. If necessary, the meter will also be replaced as a step of a project, if necessary. The pre-assessed implementation site is prepared as the first step of the project, after which a construction contract is concluded with the guarantor of the previously requested construction price. The next step of the project is to send a demand report to the electricity supplier for the installation of a small power plant with a grid size. (English) | |||||||||||||||
| Property / summary: The technology to be installed is a solar system with a power of 57,720 kWp, and therefore a renewable energy source is used. 156 solar cells are installed. Dimensions of cells: 1 755 mm x 1 038 mm x 35 mm, weight 20 kg. They are capable of a specific power of 370 Wp. The modules include an aluminium solar support structure that guarantees the necessary fixation on the roof. Annual electricity consumption of the site: 155 000 kWh/year. Annual electricity generated by the solar system: 63 492 kWh/year. Rated power: 370 Wp Technology: monocrystalline solar panel. Product guarantee minimum: 10 years Of course, inverters for converting direct current produced by solar panels into AC current are also part of the development. The total rated power of the designed inverters shall be 50 kW. The chosen inverter can be found in the list of equipment approved by the network licensee. In the event of a power outage, the inverter shall be switched off by means of built-in protection machines, in accordance with the requirements of the relevant standards, and shall not be supplied to the network in isolated mode. To protect the inverter, it can only be switched back on a permanent return of the mains voltage (after 5 minutes) with the required synchronisation conditions. The inverters have built-in overcurrent protection and protection against overvoltage and isolating switches. As far as the preparation of the development is concerned, the site of implementation has been assessed, contact with the partners and the signing of a conditional contract with the contractor have been carried out. Appropriate professionals have been contacted to help plan the details of the project. An energy expert with an appropriate degree has been searched and selected, who has the appropriate competence for the necessary solar system, in line with the professional conditions required by the call. During the on-site visit, the implementation site was surveyed in terms of energy, static and lightning protection. The next part of the process was the design of the photovoltaic system to be installed, and of course the experienced contractor was also searched and finally selected. In the course of the preparatory work, the technical description, layout plan and energy declaration were finally completed. The next steps of the implementation are the preparation of a connection plan document and the contribution of the electricity supplier to the project. The implementation site is then handed over to the contractor. Fortunately, we have been able to find a construction company with significant experience in the field of solar panel systems that have been implemented from a previous tender, so hopefully no professional problems can be expected during the implementation. If necessary, the meter will also be replaced as a step of a project, if necessary. The pre-assessed implementation site is prepared as the first step of the project, after which a construction contract is concluded with the guarantor of the previously requested construction price. The next step of the project is to send a demand report to the electricity supplier for the installation of a small power plant with a grid size. (English) / rank | |||||||||||||||
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| Property / summary: The technology to be installed is a solar system with a power of 57,720 kWp, and therefore a renewable energy source is used. 156 solar cells are installed. Dimensions of cells: 1 755 mm x 1 038 mm x 35 mm, weight 20 kg. They are capable of a specific power of 370 Wp. The modules include an aluminium solar support structure that guarantees the necessary fixation on the roof. Annual electricity consumption of the site: 155 000 kWh/year. Annual electricity generated by the solar system: 63 492 kWh/year. Rated power: 370 Wp Technology: monocrystalline solar panel. Product guarantee minimum: 10 years Of course, inverters for converting direct current produced by solar panels into AC current are also part of the development. The total rated power of the designed inverters shall be 50 kW. The chosen inverter can be found in the list of equipment approved by the network licensee. In the event of a power outage, the inverter shall be switched off by means of built-in protection machines, in accordance with the requirements of the relevant standards, and shall not be supplied to the network in isolated mode. To protect the inverter, it can only be switched back on a permanent return of the mains voltage (after 5 minutes) with the required synchronisation conditions. The inverters have built-in overcurrent protection and protection against overvoltage and isolating switches. As far as the preparation of the development is concerned, the site of implementation has been assessed, contact with the partners and the signing of a conditional contract with the contractor have been carried out. Appropriate professionals have been contacted to help plan the details of the project. An energy expert with an appropriate degree has been searched and selected, who has the appropriate competence for the necessary solar system, in line with the professional conditions required by the call. During the on-site visit, the implementation site was surveyed in terms of energy, static and lightning protection. The next part of the process was the design of the photovoltaic system to be installed, and of course the experienced contractor was also searched and finally selected. In the course of the preparatory work, the technical description, layout plan and energy declaration were finally completed. The next steps of the implementation are the preparation of a connection plan document and the contribution of the electricity supplier to the project. The implementation site is then handed over to the contractor. Fortunately, we have been able to find a construction company with significant experience in the field of solar panel systems that have been implemented from a previous tender, so hopefully no professional problems can be expected during the implementation. If necessary, the meter will also be replaced as a step of a project, if necessary. The pre-assessed implementation site is prepared as the first step of the project, after which a construction contract is concluded with the guarantor of the previously requested construction price. The next step of the project is to send a demand report to the electricity supplier for the installation of a small power plant with a grid size. (English) / qualifier | |||||||||||||||
point in time: 8 February 2022
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Revision as of 21:54, 8 February 2022
Project Q3935604 in Hungary
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Installation of a solar system at Art Hotel Karos Szolgáltató Kft. |
Project Q3935604 in Hungary |
Statements
16,161,542 forint
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29,384,621.818 forint
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54.999999 percent
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2 May 2021
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31 December 2021
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Art Karos Szolgáltató Korlátolt Felelősségű Társaság
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46°33'10.66"N, 17°7'49.48"E
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A beépítésre kerülő technológia egy 57,720 kWp teljesítményű napelemes rendszer, megújuló energiaforrás kerül tehát alkalmazásra. 156 db napelemes cella kerül felszerelésre. A cellák méretei: 1755 mm x 1038 mm x 35 mm, súlyuk 20 kg. 370 Wp specifikus teljesítményre képesek. A modulokhoz tartozik alumíniumból készült napelemes tartószerkezet, mely garantálja a szükséges rögzítést a tetőn. A telephely éves villamos energia fogyasztása: 155 000 kWh/év. A napelemes rendszer által éves szinten termelt villamos energia mennyisége: 63 492 kWh/év. Névleges teljesítmény: 370 Wp Technológia: monokristályos napelem. Termékgarancia minimum: 10 év Természetesen a napelemek által előállított egyenáram váltóárammá történő átalakítását végző inverterek is részét képezik a fejlesztésnek. A betervezett inverterek névleges összteljesítménye 50 kW. A választott inverter a hálózati engedélyes által jóváhagyott berendezések listáján megtalálható. Áramszünet idején az inverternek a vonatkozó szabványok előírásai alapján, a beépített védelem-automatikák segítségével ki kell kapcsolnia, szigetüzemben nem táplálhat a hálózatra. Az inverter saját védelme érdekében csak a hálózati feszültség tartós visszatérésekor (5 perc után) kapcsolhat vissza, az előírt szinkronozási feltételekkel. Az inverterek rendelkeznek beépített túláram, és túlfeszültség elleni védelemmel, illetve leválasztó kapcsolóval is. A fejlesztés előkészítését illetően eddig megtörtént a megvalósítási helyszín felmérése, a partnerek való kapcsolatfelvétel, feltételes szerződés aláírása a kivitelezővel. Megkeresésre kerültek a megfelelő szakemberek, akik hozzájárulnak a projekt részleteinek megtervezéséhez. Felkutatásra és kiválasztásra került az illeszkedő végzettséggel rendelkező energetikai szakértő, aki megfelelő kompetenciával rendelkezik a szükséges napelemes rendszerhez, illeszkedve a felhívás által előírt szakmai feltételekhez. Helyszíni bejárás során felmérésre került a megvalósítási helyszín, energetikai, statikai és villámvédelmi szempontból egyaránt. A folyamat soron következő részeként megtervezésre került a telepítendő fotovoltaikus rendszer, és természetesen felkutatásra és végül kiválasztásra került a tapasztalattal rendelkező kivitelező is. Az előkészítési tevékenység során végül elkészült a műszaki leírás, elrendezési terv és energetikai nyilatkozat. A megvalósítás következő lépései, hogy csatlakozási terv dokumentum elkészítése és az áramszolgáltató hozzájárulása a projekthez. Ezt követően történik a megvalósítási helyszín átadása a kivitelezőnek. Szerencsére sikerült olyan kivitelező vállalatot találni, amely jelentős tapasztalattal rendelkezik már korábbi pályázati forrásból kivitelezett napelemes rendszerekkel kapcsolatban, így remélhetőleg a megvalósítás során szakmai probléma nem várható. Amennyiben szükséges, szintén projekt lépéseként, szükség esetén megtörténik a mérőóra cseréje. Az előzetesen felmért megvalósítási helyszín előkészítése történik meg a projekt első lépéseként, ezután a korábban bekért kivitelezési árajánlat adójával kivitelezési szerződés megkötésére kerül sor. A projekt soron következő lépése igénybejelentés megküldése az áramszolgáltatónak hálózati méretű kis erőmű létesítésére. (Hungarian)
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The technology to be installed is a solar system with a power of 57,720 kWp, and therefore a renewable energy source is used. 156 solar cells are installed. Dimensions of cells: 1 755 mm x 1 038 mm x 35 mm, weight 20 kg. They are capable of a specific power of 370 Wp. The modules include an aluminium solar support structure that guarantees the necessary fixation on the roof. Annual electricity consumption of the site: 155 000 kWh/year. Annual electricity generated by the solar system: 63 492 kWh/year. Rated power: 370 Wp Technology: monocrystalline solar panel. Product guarantee minimum: 10 years Of course, inverters for converting direct current produced by solar panels into AC current are also part of the development. The total rated power of the designed inverters shall be 50 kW. The chosen inverter can be found in the list of equipment approved by the network licensee. In the event of a power outage, the inverter shall be switched off by means of built-in protection machines, in accordance with the requirements of the relevant standards, and shall not be supplied to the network in isolated mode. To protect the inverter, it can only be switched back on a permanent return of the mains voltage (after 5 minutes) with the required synchronisation conditions. The inverters have built-in overcurrent protection and protection against overvoltage and isolating switches. As far as the preparation of the development is concerned, the site of implementation has been assessed, contact with the partners and the signing of a conditional contract with the contractor have been carried out. Appropriate professionals have been contacted to help plan the details of the project. An energy expert with an appropriate degree has been searched and selected, who has the appropriate competence for the necessary solar system, in line with the professional conditions required by the call. During the on-site visit, the implementation site was surveyed in terms of energy, static and lightning protection. The next part of the process was the design of the photovoltaic system to be installed, and of course the experienced contractor was also searched and finally selected. In the course of the preparatory work, the technical description, layout plan and energy declaration were finally completed. The next steps of the implementation are the preparation of a connection plan document and the contribution of the electricity supplier to the project. The implementation site is then handed over to the contractor. Fortunately, we have been able to find a construction company with significant experience in the field of solar panel systems that have been implemented from a previous tender, so hopefully no professional problems can be expected during the implementation. If necessary, the meter will also be replaced as a step of a project, if necessary. The pre-assessed implementation site is prepared as the first step of the project, after which a construction contract is concluded with the guarantor of the previously requested construction price. The next step of the project is to send a demand report to the electricity supplier for the installation of a small power plant with a grid size. (English)
8 February 2022
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Zalakaros, Zala
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Identifiers
GINOP-4.1.4-19-2020-02756
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