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EnergyGermanydarmstadt

Electricity, heating, solar and nuclear energy

GSI Helmholtzzentrum für Schwerionenforschung GmbH | Published December 15, 2016
Winner
enercity
cpvs
09300000

The GSI Helmholtz Centre for Heavy Ion Research GmbH requires electrical power for the operation of buildings, research facilities and other establishments. The delivery points are GmbH & Co. KG in the grid area of ​​the e-network Südhessen.

The annual consumption is around 50 million kWh of 6 delivery points.

The location and the test facilities are currently under renovation and expansion. These measures have a significant impact on the electricity supply.

The power demand of the plant in Darmstadt varies greatly. These fluctuations have a range of up to 5 MW. Through this power fluctuations each forecast involves additional high uncertainty.

Mind. 50% of the price of the energy to be provided for both delivery years must be fixed. If more power is required, this will be added purchased on the spot market.

For 4 delivery points to 100% of the price are fixed.

Expansion Energy Source - Mietkältegerät 950kW

Klinikum Darmstadt GmbH | Published January 20, 2017  -  Deadline February 13, 2017
cpvs
45331000

Electricity, heating, solar and nuclear energy

GSI Helmholtzzentrum für Schwerionenforschung GmbH | Published October 22, 2016  -  Deadline November 4, 2016
cpvs
09300000

The contract has a term of 2 years. The client has the option to terminate the contract up to 2 times of 1 year to extend (maximum contract duration of 4 years). Declaration deadline for the option is always 3 months before the contract expires.

Purchase of a FTIR gas analysis for the Institute for Energy Systems and Energy Technology at the Technical University of Darmstadt

Technische Universität Darmstadt | Published June 1, 2017  -  Deadline July 4, 2017
cpvs
38432100, 38433000, 38433300

Electrical machinery, apparatus, equipment and consumables; lighting

Zentrale Auftragsvergabestelle des Landkreises Darmstadt-Dieburg | Published August 20, 2016
Winner
Cherier Elektrohandel Elektromontage GmbH
cpvs

Electrical for Albrecht Durer school, Weiterstadt -Grundheitliche, energy refurbishment including NW.

Rechargers

Entega Energie GmbH | Published January 21, 2017  -  Deadline February 22, 2017
cpvs
31681500

The Entega Energy GmbH plans in 2017 in the supply area of ​​Greater Darmstadt 100 car charging stations in various municipalities to install.

Subject-matter of the city is the delivery of 100 charging stations, including accessories.

The Entega Energy GmbH plans to install 100 charging stations in various municipalities in 2017 in the supply area of ​​Greater Darmstadt.

Subject-matter of the city is the delivery of 100 charging stations, including accessories.

Rechargers

Entega Energie GmbH | Published March 30, 2017
Winner
Ecotap BV
cpvs
31681500

Entega Energy GmbH plans in 2017 in the coverage area of ​​Greater Darmstadt 100 car charging stations in various municipalities to install.

Subject-matter of the city is the delivery of 100 charging stations, including accessories.

Entega Energy GmbH plans to install 100 charging stations in various municipalities in 2017 in the coverage area of ​​Greater Darmstadt.

Subject-matter of the city is the delivery of 100 charging stations, including accessories.

Cooling towers

Entega Steag Wärme GmbH | Published November 19, 2016  -  Deadline January 13, 2017
cpvs
31140000

Planning, design, manufacture, supply, turnkey installation, commissioning, participation in preliminary takeover of operations and decrease of cooling towers for an absorption chiller for the new energy center of HKW Lichtwiese, Darmstadt.

Magnets

GSI Helmholtzzentrum für Schwerionenforschung GmbH | Published November 14, 2015
Winner
Ampegon PPT GmbH
cpvs
31630000

For the final Strahleinlenkung in the synchrotron SIS100 an injection kicker is - system requires. This system consists of 6 identical, rapidly pulsed magnets. Its technical function of each individual magnet generating a temporally rectangular magnetic field. For generating the magnetic currents are needed up to 7 kA. The rise and fall time of the solenoid pulse is 130 ns, for this purpose, a voltage of 75 kV is required. The pulse length is between 0.5 and 2 US US variably adjustable. For the realization of such a deflection system, an energy store (z. B. cable) is charged to the required voltage in principle. A high-voltage switch (z. B. thyratron) discharges the stored energy on the actual deflection and thus generates the required magnetic field. The injection kicker consists of two main components. On the one hand this is the actual pulse generation, the energy storage, high voltage generator and HV switches and the necessary metrology. This is housed in a parallel tunnel to the synchrotron. On the other hand this is the six deflection magnets in a vacuum tank (10-11 mbar) to be installed, which in turn is integrated into the beamline of the synchrotron. The spatial distance between the two components is approximately 40 to 50 m, and both components are connected to coaxial transmission cables. The magnet itself is a so-called "Windoframe" magnet whose yoke material consists of ferrite (z. B. 8C11). This magnet has only one turn, and thereby a relatively small inductance, this allows the short rise and fall time. The outer dimensions are 24 cm / 18,5 cm / 18 cm.

Injection kicker.

GSI Helmholtzzentrum für Schwerionenforschung GmbH | Published October 2, 2014  -  Deadline October 31, 2014
cpvs
31630000

For the final Strahleinlenkung in the synchrotron SIS100 an injection kicker is - system needs. This system consists of 6 identical, fast pulsed magnets. Its technical function of each magnet is the generation of a square wave magnetic field. For generating the magnetic currents are needed up to 7 kA. The rise and fall time of the solenoid pulse is 130 ns, for this purpose, a voltage of 75 kV is required. The pulse length is adjustable between 0.5 microseconds and 2 microseconds. To realize such a deflection system, an energy store (e.g.. B. cable) is charged to the required voltage in principle. A high voltage switch (z. B. thyratron) discharges the stored energy to the actual bending magnet and thus generates the required Magnetfeld.Der injection kicker consists of two main components. On the one hand this is the actual pulse generation, with the energy storage, power generation and HV switches, and the required instrumentation. This is housed in a tunnel parallel to the synchrotron. Secondly, this is the 6 bending magnets in a vacuum tank (10-11 mbar) are installed, which in turn is integrated in the beamline of the synchrotron. The spatial distance between the two components is 40-50 m and the two components are connected to coaxial transmission cables. The magnet itself is a so-called "Windoframe" - magnet, the yoke material of ferrite (eg 8C11.) Exists. This magnet has only one turn and thus a relatively small inductance, this allows the fast rise and fall time. The outer dimensions are 24 cm / 18.5 inches / 18 cm.

Servers

GSI Helmholtzzentrum für Schwerionenforschung GmbH | Published October 13, 2015
Winner
Mahr & Müller Informationssystem GmbH
cpvs
48820000, 48800000

The GSI Helmholtz Centre procured "Server for High Performance Computing area" to equip the new, energy-efficient data center GreenCube which currently is under construction, with a maximum capacity of ~ 36,000 units of height. For this purpose a framework agreement will be announced. This is multi - provided 3 contractors are - bidders completed. In the coming years we expect an increased demand (some 8 000 EUR '000) on new hardware. As needed-the framework agreement partners receive a request with the exact specification of the server, which is then to offer. Here each gets the most economical offer the contract. In these specifications Example types of servers are described. These are used for orientation of our typical needs and assessing the tender. The fact ordered Server may vary in their equipment depending on the application. With the conclusion of this framework agreement GSI is still no obligation to order.

Servers

GSI Helmholtzzentrum für Schwerionenforschung GmbH | Published June 30, 2015  -  Deadline August 4, 2015
cpvs
48820000, 48800000

The GSI server procured? For the high performance computing field? to equip the new, energy-efficient data center GreenCube which currently is under construction, with a maximum capacity of ~ 36,000 units of height. For this purpose a framework agreement will be announced. This is multiple? provided are 3 contractors? Bidders completed. In the coming years we expect an increased demand (some 8 000 EUR '000) on new hardware. As needed-the framework agreement partners receive a request with the exact specification of the server, which is then to offer. Here each gets the most economical offer the contract. In these Terms of Reference example types of servers are described. These are used for orientation of our typical needs and assessing the tender. The actually ordered Server can vary in luxury depending on the application. With the conclusion of this framework agreement GSI is still no obligation to order.

Engineering services

Land Hessen, Ministerium für Wissenschaft und Kunst, vertreten durch die Hochschule Darmstadt – University of Applied Sciences | Published April 8, 2017  -  Deadline May 8, 2017
cpvs
71300000

Underground parking with 93 places.

4,000 m 2 , and includes areas for seminar rooms, a learning center with family room, Mensaria, study close service facilities such as SSC, Examination Office, Career Center, International Office, the Language Center and the ASTA.

Gross construction costs (KGR 300 and 400) are estimated at 16 400 000 EUR.

V. with conditioning 15th

Work phases 2-3 and 5-8, and Special Services.

Underground parking with 93 places.

The aim of this negotiated procedure with a call for competition is to award the professional planning services of the Technical Equipment:

- Investment Group 4 (power installations);

- Investment Group 5 (telecommunications and information technology systems);

- Investment Group 6 (conveyors).

HOAI and Special Services

The presentation of the draft plan is scheduled for the end of 12/2017.

The appointment is in stages, subject to budgetary approval of the State of Hesse and unless a major reason the commission opposes.

First is the commissioning of the work phases 2 and 3. FIG.

2010 energy standards defined must be considered.

The services for the system groups 1, 2,3, 7 and 8 are in parallel thereto (a) separate publication (s) advertised.

Engineering services

Land Hessen, Ministerium für Wissenschaft und Kunst, vertreten durch die Hochschule Darmstadt – University of Applied Sciences | Published March 28, 2017  -  Deadline April 26, 2017
cpvs
71300000

Underground parking with 93 places.

4000 m 2 from and includes areas for seminar rooms, a learning center with lounge, a Mensaria, study close service facilities such as SSC, Examination Office, Career Center, International Office, the Language Centre and the ASTA.

Gross construction costs (KGR 300 and 400) are estimated at 16 400 000 EUR.

V. with Annex 15.

Phases 2-8 and Special Services.

Underground parking with 93 places.

The aim of this negotiated procedure with a call for competition is to award the professional planning services Technical equipment:

- Investment group 1 (water, wastewater and gas equipment),

- Investment group 2 (heating systems)

- Investment group 3 (air-conditioning systems)

- Investment Group 7 (use specific plants, here: fire extinguishing systems)

- Investment group 8 (building automation).

HOAI, and Special Services.

The presentation of the draft plan is scheduled for the end of 12/2017.

The appointment is in stages, subject to budgetary approval of the State of Hesse and unless a major reason the commission opposes.

First commissioning of Phases 2 and 3 as well as the special performance "variant compared EnEV" is provided.

The Cabinet decision "CO2 neutral state government" from 17.5.2010 defined energy standards to be respected.

The benefits for the investment groups 4, 5, 6 and 7 (Kitchen Equipment) are advertised in parallel, in (a) separate publication (s).

Refurbishment of the auditorium building Hexagon S3-11der TU Darmstadt - performance of building services.

TU Darmstadt | Published February 13, 2016  -  Deadline March 11, 2016
cpvs
71000000, 71300000

The TU Darmstadt intends to refurbishment of the auditorium of the Faculty of Electrical Engineering in downtown Darmstadt. The building of the '50s is part of a monumental ensemble, which consists of research halls, a recently renovated seven-storey institute building and the building to be renovated auditorium.

The over 3 floors extending building has 883 seats in three auditoriums. The GFA is about 2 800 meters 2 , The BRI is approximately 12 800m 3 ,

The cost of construction in accordance with DIN 276 KGR 300-400 and 610 are as follows: approximately 5.38 million EUR (net).

The building has been used continuously since it was created and is essentially in its original state. The structural substance, the expansion and building services are largely intact but too old and no longer meet the increased demands on the university operation, the state of the art and the structural fire protection.

The tendered services of building services plant groups from 1 to 6.8, Phases. 2-9 after HOAI § 55 contains the basic remediation for home automation, energy, building physics and fire protection.

estimated amount Construction costs for lot 1 (asset group 1 to 3.8) approximately 1.58 million EUR (net).

estimated amount Construction costs for Lot 2 (investment group 4-6) approximately 547 000 EUR (net).

The task requires a complex and differentiated approach to the existing structure and the architectural quality of the listed building.

The principal welcomes applications from agencies and individuals that may have experience with buildings of the early post-war modernism and has to the possibility of forming groups of candidates.

During the renovation of the course operation is outsourced.

Architectural, construction, engineering and inspection services

Technische Universität Darmstadt | Published October 22, 2015
Winner
schneider + schumacher Planungsgesellschaft
cpvs
71000000

The TU Darmstadt intends to overhaul the institution building of the Department of Architecture at the Campus Lichtwiese in Darmstadt. This listed building dating back to 1969, is built in the characteristic style of the "Darmstadt building system" from standardized prefabricated components as reinforced concrete. In the six-storey atrium with a central atrium Educational Institute rooms are housed. Whichever is first, the vertical stress through the recessed stair tower and on the other the horizontal articulation of the façade by concrete parapets and ribbon windows. This constructive and creative elements are found in all Fachbereichsbauten on Lichtwiese that originate from this period, again. The following basic data describing the building: GFA: approximately 16 400m²; The construction costs of KGR 300-400 DIN 276 will be approximately 21 million EUR net. The default current fire protection and structural engineering requirements are not met. The advertised lines of project planning (HOAI phases 2-9) and, in a separate VOF method, the planning of technical building equipment (HOAI phases 2-9) of asset groups 1-8, includes the general restoration of the areas functionality, home automation, energy and fire protection. As an honorary zone according to HOAI § 5 was determined in accordance with the stipulations of § 35: IV quarter rate. The task requires a complex and differentiated approach to the existing structure and the architectural quality of the listed building. The principal welcomes applications from agencies and personalities who may have experience with buildings of recent modernism and has, in particular to form candidate communities to the possibility. During the renovation of the Institute operation is completely outsourced.

Architectural, construction, engineering and inspection services

Technische Universität Darmstadt | Published October 22, 2015
Winner
KMG Ingenieurgesellschaft mbH
cpvs
71000000

The TU Darmstadt intends to makeover for the institute building of the Faculty of Architecture on the campus Lichtwiese in Darmstadt. This listed building dating back to 1969, is built in the characteristic style of the "Darmstadt building system" from standardized prefabricated components as reinforced concrete. In the six-storey atrium with a central atrium Educational Institute rooms are housed. Whichever is first, the vertical stress through the recessed stair tower and on the other the horizontal articulation of the façade by concrete parapets and ribbon windows. This constructive and creative elements are found in all Fachbereichsbauten on Lichtwiese that originate from this period, again. The following basic data describing the building: GFA: approximately 16 400m². The construction costs of KGR 300-400 DIN 276 will be approximately 21 million EUR net. The default current fire protection and structural engineering requirements are not met. The tendered services of building services plant groups 1-8 power phases 2-9 after HOAI §55 contains the basic renovation in terms of functionality, home automation, energy and fire protection. The object planning services are advertised in a separate VOF procedure. Quarter kit II / The task requires a complex and differentiated approach to the existing structure and the architectural quality of the listed building: As an honorary zone according to HOAI § 5 was determined in accordance with the stipulations of § 56th The principal welcomes applications from agencies, can have the experience with buildings of recent modernism and draws particular attention to the possibility of forming candidates Communities. During the renovation of the Institute operation is completely outsourced.

Architectural, construction, engineering and inspection services

Technische Universität Darmstadt | Published May 16, 2015  -  Deadline June 10, 2015
cpvs
71000000

The TU Darmstadt intends the general renovation of the Institute building of the Faculty of Architecture on the campus Lichtwiese in Darmstadt. This listed building dating back to 1969, is built in the characteristic style of, Darmstadt building system 'from standardized prefabricated reinforced concrete frame as. In the six-storey atrium with a central atrium Educational Institute rooms are housed. Whichever is first, the vertical stress through the recessed stair tower and secondly, the horizontal layout of the façade by concrete parapets and ribbon windows. These structural and design elements found in all Fachbereichsbauten on Lichtwiese that originate from this period, again. The following basic data describing the building: GFA: approximately 16 400 m2 The construction costs of KGR 300-400 DIN 276 will be approximately 21 million EUR net. The default current fire protection and structural engineering requirements are not met. The advertised lines of project planning (HOAI phases 2-9) and, in a separate VOF method, the planning of the building services (HOAI phases 2-9) of asset groups 1-8, includes the general restoration of the areas functionality, home automation, energy and fire protection. As an honorary zone according HOAI § 5 was determined according to the requirements of § 35: IV quarter set the task requires a complex and differentiated approach to the existing structure and the architectural quality of the listed building. The principal welcomes applications from agencies and personalities who may have experience with buildings of recent modernism and has, in particular to form groups of candidates to the possibility. During the renovation of the Institute operation is completely outsourced.

Architectural and related services

GSI Helmholtzzentrum für Schwerionenforschung GmbH | Published October 1, 2014
Winner
Müller & Bleher Filderstadt GmbH & Co. KG Raiffeisenstraße 32Filderstadt 70794 kontakt@mueller-bleher.de +49 711779220 http://www.mueller-bleher.de+49 7117792210
cpvs
71200000, 71300000

In the coming years a worldwide unique accelerator facility for research with ions and antiprotons produced: FAIR "Facility for Antiproton and Ion Research" (Appendix for Antiproton and Ion Research). The operating concept of the overall system FAIR provides the information necessary for implementing the experiments of particles in the 1974 for GSI built linear accelerator UNILAC and located the since 1990 in operation and adjoining heavy ion synchrotron (SIS18) to produce and in the new FAIR accelerator technology intensity required to provide. For the production and transport of the future higher by a factor of 100-1000 lying particle streams with significantly increased energy, it is necessary to undertake extensive rehabilitation measures to the existing infrastructure of the GSI (SIS 18). Both to be planned from structural, plant engineering, radiation protection, technical and structural perspective, mandatory and structural measures to be implemented are an indispensable permit legal and technical requirement to meet the diverse requirements of the future operation of the entire system. Goal of the project GSI link to FAIR is next to the upgrading of the physical and technical infrastructure of the SIS18 for later operation of FAIR also the connection of the existing SIS18 accelerator ring at the construction of FAIR (tunnel structure and Protonenlinac). Here, in addition to the conversion of the transitions from old to new building structure also adjustments in the fields of radiation protection, fire protection / emergency routes and technical equipment are needed. These adjustments require action, consider the direct or indirect high structural interventions by themselves to toughen up the old structure to implement the new goals accordingly. The following preliminary eligible costs were determined for the lots: Lot 1: 15.5 million EUR, Lot 2: 3 million EUR, Lot 3: 1.3 million EUR.

Engineering services

Klinikum Darmstadt GmbH | Published December 27, 2014  -  Deadline January 21, 2015
cpvs
71300000, 71318000, 71541000

The Klinikum Darmstadt is operated as a non-profit company that is held by the city of Darmstadt. This portion is to be transferred within the new building project in the city of Darmstadt, where is the center of the Klinikum Darmstadt GmbH. For the accommodation of these sections with the departments of neurology, ENT, Eye, also in the area of ​​central new building radiation therapy with the new construction of 2 beams bunkers is realized. For this purpose, a monitoring is wanted by a fire protection specialist. 26,000 sqm of floor space to be built that provide a high level of patient comfort with optimum process-related functionality and use efficiency. There is a high patient comfort with optimum functionality and process-related use efficiency sought and is intended to meet the requirements of a "seed arm Hospital". A connection of this new Me-serving supply and ZNB to the existing technical center is also part of the project. 3 Building the Neurolo-energy with up to 7 storeys (buildings 7,8,9), the Administration Building (Building 27 / already demolished) with entrance and stand, a building with wards (Building 1), 2 Technikge-building (Building 18 / 19, already dismantled). These media and supply tunnels used to open the new building and the technical and functional connection of adjacent buildings on the hospital grounds. The hospital complex is located on the inner-city district lies to the north by the Bismarcktraße, on the east by the Earl Street, bounded on the south by the bleaching Street and on the west by the Casino street, access roads to the area are available from all 4 bounding streets. The building is being carried out for visitors about the entrance hall or for users of the parking garage centrally The horizontal distribution in the EC on a highway that individual departments or the construction connects a portion of the existing building. The vertical circulation is ensured by 3 groups of lifts. Dates: quarter 2018 provided. For the project, the following project milestones result: quarter of 2014. quarter 2014 (04/04/2014) quarter 2014 (22/08/2014) quarter of 2014. quarter of 2014. quarter 2015 quarter 2015 quarter 2015 quarter 2017 quarter 2017 quarter 2019 figures bed: o Peter-ground construction: 15 buffer beds 29 beds plus 9 plus 6 beds plus beds ZNB gross floor area (approx): 54,500 m2 floor space 25,750 m2 ZNB technology area 4.500 m2 traffic area 14,750 m2 Total area: 45,000 m2 ZNB gross volume (approx): 210,000 m3
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