Supply of heating energy in County Culture Center Sulzbach-Rosenberg.
Supply of heating energy in the HCA-Gymnasium Sulzbach-Rosenberg.
Supply of heating energy in a circle Yard Sulzbach-Rosenberg.
Supply of heating energy in the vocational school in Sulzbach-Rosenberg new and old buildings, workshops tract.
Coburg University of Applied Sciences, establishment of a research building - Center for Mobility and energy,
Public Works Part 2, parking deck.
It is advertised as an extension 4 bed tower.
Heating system with connection to prev. Energy Centre,
Heat output about 1 MW with a new substation and distribution systems
for 3 pieces Lüftungsheizkreise and 6 pieces stat. Heating circuits.
Approximately 4500 running meters of steel pipes DN 15 - DN 125,
89 piece radiator and about 6 800m
Refrigeration system with connection in prev. Energy Centre,
Cooling capacity 0,6 MW
with new substation and distribution network DN 25 to DN 150 approximately 2500 running meters,
2 piece air handling units and about 28 pieces air cooling units.
Pipe system for heating / cooling ceilings
approximately 9100 linear meters of stainless steel pipes DN 15 - DN 100th
The district of Bamberg is planning to build a 2-fold gym with cafeteria in the school center Scheßlitz during the school operation. The building is to be erected in the vicinity of existing school buildings and a sports hall and serves the physical education for three schools and a canteen (preparation kitchen with dining room) for two schools with a daily food distribution from about 250 servings.
among others tasks are the creation of the grant application in Reg. v. Ofr. and assist with the preparation of the used list.
Architectural services (project planning) the following criteria:
- Maintenance costs;
- Energy efficiency;
- Design quality.
about 2 000m
about 15 150 meters
Total cost is estimated at about 5.3 million EUR gross (KGR 200-700 DIN 276).
- Start of planning the end of 2015;
- Building permit / application for funding by 2016;
- Planned construction Spring / Summer 2017;
- Construction period 1.5 years.
Fachplanung HLS technology and building automation for the renovation, modernization, renovation and expansion of the State Theatre in Coburg.
Investment groups (according to § 53 HOAI):
- 1: Services in the KG 410,
- 2: Services in the KG 420,
- 3: Services in the KG 430,
- 8: Services in the KG 480 for sale.The commissioning of these power stages is gradual, among other things, depending on the available budget and approved, according to the following list:
- Performance level 1 includes the LP 2 - 3,
Commissioning scheduled: 02/2017
Completion planned: 08/2017
- Feature Level 2 includes the LP 5,
- Feature Level 3 includes the LP 6 - 7,
- Power stage 4, the LP 8,
- Power level 5 includes the LP. 9
The fee band allocation of these investments depends on investment 15.2 HOAI.
Completion of performance (full provision of LPH 9) expected in the year 2026th
The Land of Bavaria intends to complete renovation of Landestheater Coburg, including the creation of expansion areas for the Landestheater Coburg in existing buildings and the construction of a new building next door to the State Theatre Coburg main house.2200 m
- A partial Nachunterkellerung in the main house,Imperial stables, from 1869 novelty)
- As well as a new building.
The cost ceiling for KG 200-600 is 34.5 million EUR net.
The main house and parts of the expansion areas to be structurally connected to each other due to operational and organizational processes.The property is to enable both the architectural and economic requirements of a modern theater with its specific spatial and functional requirements, and the requirements of an energy-optimized and sustainable economic construction maximum. In addition, there are extensive lines in the surrounding public roads. The complete operating theater attracts advance order. The planning stage technology incl. The order-related lighting, audio, video and media technology is not part of the services advertised. From the gradual commissioning no additional fee claims can be derived.