Development of solar systems at the National Ambulance Service Rescue Stations (Q3943863): Difference between revisions
Jump to navigation
Jump to search
(Changed an Item: add summary) |
(Changed an Item: Adding English translations) |
||||||||||||||
| Property / summary | |||||||||||||||
The National Ambulance Service is a single state health institution whose mission is to save lives and provide prehospital emergency care. Since its establishment in 1948, the National Ambulance Service has been a single organisation. There are 7,800 rescue workers in the country’s 253 rescue stations. The Institution is the largest healthcare provider in the country. The aim of the project is to set up solar systems at certain rescue stations of the National Ambulance Service, which would significantly reduce the amount of electricity purchased. The development will contribute to increasing the use of renewable energy sources and reducing greenhouse gas emissions, as well as to achieving the objectives of KEHOP Priority 5 Action 2, which can be worded as follows: Energy efficiency modernisation of buildings by combining the use of renewable energy sources. The priority objective of the call for proposals is to encourage the uptake of decentralised building-related environmentally friendly photovoltaic systems, thus supporting the full or partial replacement of existing fossil-based electricity use by central budgetary bodies with renewable energy sources. Our tender meets the goal set to the maximum. There will be a total of 8 implementation sites in the project: 1134 Budapest, Róbert Károly krt. 77. (Hrs: 28021/1): 216 solar panels. 4025 Debrecen, External Fairground 14. (Hrs: 9463): 216 solar panels. 3501 Miskolc, Petőfi Sándor u. 18. (Hrs: 1826): 216 solar panels. 7623 Pécs, Tüzér u. 11. (Hrs: 263): 216 solar panels. 2800 Tatabánya, Erdész u. 37. (8702/1): 162 solar panels. 5000 Szolnok, Széchényi István krt. 6. (Hrs: 9678/8): 162 solar panels. 3300 Eger, Szalapart u. 79. (Hrs: 2386): 162 solar panels. 7100 Szekszárd, Mikes Kelemen u. 28. (Hrs: 3979/2): 162 solar panels Based on the size and method of connection of the system to be installed on-site, it is considered to be a small power plant of a household size, which is not required by a building permit. On the roof structures of the buildings, solar panels are built with weighted plastic tubs, bituminous base plates, aluminum rails and clamps at the following 7 locations: Budapest, Debrecen (partly installed on the roof), Pécs, Miskolc, Szekszárd, Eger, Szolnok. A solar system installed on the ground will be installed at the Tatabánya implementation site. Blockes of 162 solar modules are placed in the area. The blocks consist of individually manufactured steel support structures placed on a base of reinforced concrete. On the site in Debrecen (partly installed on the ground), a solar panel system will be installed on the land next to the building, where 22 solar panel blocks will be installed. The blocks consist of individual galvanised steel structures placed on a reinforced concrete base body. The two sites on the ground also require area preparation activities. In the joint statement of the energy expert attached to the tender as an annex to the tender, it is stated in the joint statement of the applicant and the applicant that, on the basis of the preliminary calculations, a gross annual cost savings of HUF 15 234 018 can be achieved as a result of the investment. As a result of cost savings, we would be able to make other improvements in the long term. (English) | |||||||||||||||
| Property / summary: The National Ambulance Service is a single state health institution whose mission is to save lives and provide prehospital emergency care. Since its establishment in 1948, the National Ambulance Service has been a single organisation. There are 7,800 rescue workers in the country’s 253 rescue stations. The Institution is the largest healthcare provider in the country. The aim of the project is to set up solar systems at certain rescue stations of the National Ambulance Service, which would significantly reduce the amount of electricity purchased. The development will contribute to increasing the use of renewable energy sources and reducing greenhouse gas emissions, as well as to achieving the objectives of KEHOP Priority 5 Action 2, which can be worded as follows: Energy efficiency modernisation of buildings by combining the use of renewable energy sources. The priority objective of the call for proposals is to encourage the uptake of decentralised building-related environmentally friendly photovoltaic systems, thus supporting the full or partial replacement of existing fossil-based electricity use by central budgetary bodies with renewable energy sources. Our tender meets the goal set to the maximum. There will be a total of 8 implementation sites in the project: 1134 Budapest, Róbert Károly krt. 77. (Hrs: 28021/1): 216 solar panels. 4025 Debrecen, External Fairground 14. (Hrs: 9463): 216 solar panels. 3501 Miskolc, Petőfi Sándor u. 18. (Hrs: 1826): 216 solar panels. 7623 Pécs, Tüzér u. 11. (Hrs: 263): 216 solar panels. 2800 Tatabánya, Erdész u. 37. (8702/1): 162 solar panels. 5000 Szolnok, Széchényi István krt. 6. (Hrs: 9678/8): 162 solar panels. 3300 Eger, Szalapart u. 79. (Hrs: 2386): 162 solar panels. 7100 Szekszárd, Mikes Kelemen u. 28. (Hrs: 3979/2): 162 solar panels Based on the size and method of connection of the system to be installed on-site, it is considered to be a small power plant of a household size, which is not required by a building permit. On the roof structures of the buildings, solar panels are built with weighted plastic tubs, bituminous base plates, aluminum rails and clamps at the following 7 locations: Budapest, Debrecen (partly installed on the roof), Pécs, Miskolc, Szekszárd, Eger, Szolnok. A solar system installed on the ground will be installed at the Tatabánya implementation site. Blockes of 162 solar modules are placed in the area. The blocks consist of individually manufactured steel support structures placed on a base of reinforced concrete. On the site in Debrecen (partly installed on the ground), a solar panel system will be installed on the land next to the building, where 22 solar panel blocks will be installed. The blocks consist of individual galvanised steel structures placed on a reinforced concrete base body. The two sites on the ground also require area preparation activities. In the joint statement of the energy expert attached to the tender as an annex to the tender, it is stated in the joint statement of the applicant and the applicant that, on the basis of the preliminary calculations, a gross annual cost savings of HUF 15 234 018 can be achieved as a result of the investment. As a result of cost savings, we would be able to make other improvements in the long term. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: The National Ambulance Service is a single state health institution whose mission is to save lives and provide prehospital emergency care. Since its establishment in 1948, the National Ambulance Service has been a single organisation. There are 7,800 rescue workers in the country’s 253 rescue stations. The Institution is the largest healthcare provider in the country. The aim of the project is to set up solar systems at certain rescue stations of the National Ambulance Service, which would significantly reduce the amount of electricity purchased. The development will contribute to increasing the use of renewable energy sources and reducing greenhouse gas emissions, as well as to achieving the objectives of KEHOP Priority 5 Action 2, which can be worded as follows: Energy efficiency modernisation of buildings by combining the use of renewable energy sources. The priority objective of the call for proposals is to encourage the uptake of decentralised building-related environmentally friendly photovoltaic systems, thus supporting the full or partial replacement of existing fossil-based electricity use by central budgetary bodies with renewable energy sources. Our tender meets the goal set to the maximum. There will be a total of 8 implementation sites in the project: 1134 Budapest, Róbert Károly krt. 77. (Hrs: 28021/1): 216 solar panels. 4025 Debrecen, External Fairground 14. (Hrs: 9463): 216 solar panels. 3501 Miskolc, Petőfi Sándor u. 18. (Hrs: 1826): 216 solar panels. 7623 Pécs, Tüzér u. 11. (Hrs: 263): 216 solar panels. 2800 Tatabánya, Erdész u. 37. (8702/1): 162 solar panels. 5000 Szolnok, Széchényi István krt. 6. (Hrs: 9678/8): 162 solar panels. 3300 Eger, Szalapart u. 79. (Hrs: 2386): 162 solar panels. 7100 Szekszárd, Mikes Kelemen u. 28. (Hrs: 3979/2): 162 solar panels Based on the size and method of connection of the system to be installed on-site, it is considered to be a small power plant of a household size, which is not required by a building permit. On the roof structures of the buildings, solar panels are built with weighted plastic tubs, bituminous base plates, aluminum rails and clamps at the following 7 locations: Budapest, Debrecen (partly installed on the roof), Pécs, Miskolc, Szekszárd, Eger, Szolnok. A solar system installed on the ground will be installed at the Tatabánya implementation site. Blockes of 162 solar modules are placed in the area. The blocks consist of individually manufactured steel support structures placed on a base of reinforced concrete. On the site in Debrecen (partly installed on the ground), a solar panel system will be installed on the land next to the building, where 22 solar panel blocks will be installed. The blocks consist of individual galvanised steel structures placed on a reinforced concrete base body. The two sites on the ground also require area preparation activities. In the joint statement of the energy expert attached to the tender as an annex to the tender, it is stated in the joint statement of the applicant and the applicant that, on the basis of the preliminary calculations, a gross annual cost savings of HUF 15 234 018 can be achieved as a result of the investment. As a result of cost savings, we would be able to make other improvements in the long term. (English) / qualifier | |||||||||||||||
point in time: 9 February 2022
| |||||||||||||||
Revision as of 09:29, 9 February 2022
Project Q3943863 in Hungary
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Development of solar systems at the National Ambulance Service Rescue Stations |
Project Q3943863 in Hungary |
Statements
243,845,072 forint
0 references
748,967.563 Euro
0.0027336256 Euro
15 December 2021
0 references
273,983,226.966 forint
0 references
88.999999 percent
0 references
1 August 2017
0 references
31 December 2019
0 references
ORSZÁGOS MENTŐSZOLGÁLAT
0 references
47°29'30.62"N, 18°58'44.15"E
0 references
Az Országos Mentőszolgálat egységes állami egészségügyi intézmény, melynek feladata az életmentés, és a prehospitális sürgősségi ellátás biztosítása. Az Országos Mentőszolgálat 1948-as megalakulása óta egységes szervezetként működik. Az ország 253 mentőállomásán több 7800 mentődolgozó tevékenykedik. Az Intézmény az ország legnagyobb egészségügyi szolgáltatója. A projekt célja, hogy az Országos Mentőszolgálat egyes mentőállomásain napelemes rendszerek kerüljenek kialakításra, melynek köszönhetően jelentősen csökkenne a vásárolt villamos energia mennyisége. A fejlesztés hozzájárul a megújuló energiaforrás felhasználás növeléséhez és az üvegházhatású gázok kibocsátásának csökkentéséhez, továbbá a KEHOP 5. prioritás 2. intézkedésében megfogalmazott célok eléréséhez, mely a következőképp fogalmazható meg: Épületek energiahatékonysági korszerűsítése megújuló energiaforrások alkalmazásának kombinálásával. A pályázati felhívás kiemelt célkitűzése, hogy ösztönözze a decentralizált, épülethez kapcsolódó környezetbarát megújuló energiaforrást hasznosító fotovoltaikus rendszerek elterjedését, így támogatja a központi költségvetési szervek meglévő fosszilis alapú villamosenergia felhasználásának megújuló energiaforrásra való teljes vagy részleges kiváltását. A kitűzött célnak pályázatunk maximálisan eleget tesz. A projektben összesen 8 megvalósítási helyszín lesz, melyek az alábbiak: 1134 Budapest, Róbert Károly krt. 77. (Hrsz: 28021/1): 216 db napelem. 4025 Debrecen, Külső Vásártér 14. (Hrsz: 9463): 216 db napelem. 3501 Miskolc, Petőfi Sándor u. 18. (Hrsz: 1826): 216 db napelem. 7623 Pécs, Tüzér u. 11. (Hrsz: 263): 216 db napelem. 2800 Tatabánya, Erdész u. 37. (8702/1): 162 db napelem. 5000 Szolnok, Széchényi István krt. 6. (Hrsz: 9678/8): 162 db napelem. 3300 Eger, Szalapart u. 79. (Hrsz: 2386): 162 db napelem. 7100 Szekszárd, Mikes Kelemen u. 28. (Hrsz: 3979/2): 162 db napelem A helyszínenként telepítendő rendszer mérete és csatlakozási módja alapján egyenként háztartási méretű kiserőműnek minősül, mely nem építési engedély köteles. Az épületek tetőszerkezetein napelemes rendszer kiépítésekre kerül sor lesúlyozott műanyag kádakkal, bitumenes alátétlemezekkel, alumínium sínekkel és leszorítókkal az alábbi 7 helyszínen: Budapest, Debrecen (részben tetőre telepítve), Pécs, Miskolc, Szekszárd, Eger, Szolnok. A tatabányai megvalósítási helyszínen földre telepített napelemes rendszer lesz kiépítve. A területre 162 napelem modulból álló blokkok kerülnek elhelyezésre. A blokkok egyedi gyártású, vasbeton alaptestre elhelyezett acél tartószerkezetekből állnak. A debreceni (részben földre telepítve) helyszínen az épület mellett található földterületre is kiépítésre kerül egy napelemes rendszer, ahol 22 napelemből álló blokkok kerülnek elhelyezésre. A blokkok vasbeton alaptestre elhelyezett egyedi horganyzott acélszerkezetekből állnak. A két földre telepített helyszín terület-előkészítési tevékenységet is igényel. A pályázathoz mellékletként csatolt energetikai szakértő tanúsító és a támogatást igénylő közös nyilatkozatában szerepel, hogy az előzetes számítások alapján a beruházás hatására éves szinten bruttó 15 234 018 Ft költségmegtakarítás érhető el. A költségmegtakarítás eredményeképp hosszútávon lehetőségünk lenne egyéb fejlesztéseket megvalósítani. (Hungarian)
0 references
The National Ambulance Service is a single state health institution whose mission is to save lives and provide prehospital emergency care. Since its establishment in 1948, the National Ambulance Service has been a single organisation. There are 7,800 rescue workers in the country’s 253 rescue stations. The Institution is the largest healthcare provider in the country. The aim of the project is to set up solar systems at certain rescue stations of the National Ambulance Service, which would significantly reduce the amount of electricity purchased. The development will contribute to increasing the use of renewable energy sources and reducing greenhouse gas emissions, as well as to achieving the objectives of KEHOP Priority 5 Action 2, which can be worded as follows: Energy efficiency modernisation of buildings by combining the use of renewable energy sources. The priority objective of the call for proposals is to encourage the uptake of decentralised building-related environmentally friendly photovoltaic systems, thus supporting the full or partial replacement of existing fossil-based electricity use by central budgetary bodies with renewable energy sources. Our tender meets the goal set to the maximum. There will be a total of 8 implementation sites in the project: 1134 Budapest, Róbert Károly krt. 77. (Hrs: 28021/1): 216 solar panels. 4025 Debrecen, External Fairground 14. (Hrs: 9463): 216 solar panels. 3501 Miskolc, Petőfi Sándor u. 18. (Hrs: 1826): 216 solar panels. 7623 Pécs, Tüzér u. 11. (Hrs: 263): 216 solar panels. 2800 Tatabánya, Erdész u. 37. (8702/1): 162 solar panels. 5000 Szolnok, Széchényi István krt. 6. (Hrs: 9678/8): 162 solar panels. 3300 Eger, Szalapart u. 79. (Hrs: 2386): 162 solar panels. 7100 Szekszárd, Mikes Kelemen u. 28. (Hrs: 3979/2): 162 solar panels Based on the size and method of connection of the system to be installed on-site, it is considered to be a small power plant of a household size, which is not required by a building permit. On the roof structures of the buildings, solar panels are built with weighted plastic tubs, bituminous base plates, aluminum rails and clamps at the following 7 locations: Budapest, Debrecen (partly installed on the roof), Pécs, Miskolc, Szekszárd, Eger, Szolnok. A solar system installed on the ground will be installed at the Tatabánya implementation site. Blockes of 162 solar modules are placed in the area. The blocks consist of individually manufactured steel support structures placed on a base of reinforced concrete. On the site in Debrecen (partly installed on the ground), a solar panel system will be installed on the land next to the building, where 22 solar panel blocks will be installed. The blocks consist of individual galvanised steel structures placed on a reinforced concrete base body. The two sites on the ground also require area preparation activities. In the joint statement of the energy expert attached to the tender as an annex to the tender, it is stated in the joint statement of the applicant and the applicant that, on the basis of the preliminary calculations, a gross annual cost savings of HUF 15 234 018 can be achieved as a result of the investment. As a result of cost savings, we would be able to make other improvements in the long term. (English)
9 February 2022
0 references
Budapest, Budapest
0 references
Identifiers
KEHOP-5.2.11-16-2017-00106
0 references