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Public tenders for energy in Frankfurt-am-main Germany

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EnergyGermanyfrankfurt-am-main

Research and development services and related consultancy services

Süwag Grüne Energien & Wasser GmbH | Published January 18, 2017  -  Deadline February 14, 2017

The project Enervator must examine the objective, the integrated control and linking of electrical and thermal loads, electricity storage and local electricity and heat production in district power station "Am Main View" in Kelsterbach. Moreover, the economic potential will be evaluated by electricity procurement and marketing optimization of district power stations in the network.

For this, about 50 of the 180 households of the residential area be integrated based on intelligent predictions in the energy supply concept by active control. In the latest generation households digital electricity meters, including the communication unit Smart Meter Gateway (SMGW) be installed for data acquisition and control of loads. Moreover, these households are equipped with smart home system to allow the control of various devices.

As part of the accompanying scientific research applicability and effects of innovative technologies, protocols and billing models are analyzed and in particular the customer interaction are sociologically evaluated for consumer control and high-resolution data acquisition.

Electrical apparatus for switching or protecting electrical circuits

Süwag Grüne Energien & Wasser GmbH | Published January 19, 2017  -  Deadline February 14, 2017

The project Enervator must examine the objective, the integrated control and linking of electrical and thermal loads, electricity storage and local electricity and heat production in district power station "Am Main View" in Kelsterbach. Moreover, the economic potential will be evaluated by electricity procurement and marketing optimization of district power stations in the network.

For this, about 50 of the 180 households of the residential area be integrated based on intelligent predictions in the energy supply concept by active control. In the latest generation households digital electricity meters, including the communication unit Smart Meter Gateway (SMGW) be installed for data acquisition and control of loads. Moreover, these households are equipped with smart home system to allow the control of various devices.

Supply of smart home components and providing the interface for controlling the device.

IT services: consulting, software development, Internet and support

Süwag Grüne Energien & Wasser GmbH | Published January 18, 2017  -  Deadline February 14, 2017

The project Enervator must examine the objective, the integrated control and linking of electrical and thermal loads, electricity storage and local electricity and heat production in district power station "Am Main View" in Kelsterbach. Moreover, the economic potential will be evaluated by electricity procurement and marketing optimization of district power stations in the network.

For this, about 50 of the 180 households of the residential area be integrated based on intelligent predictions in the energy supply concept by active control. In the latest generation households digital electricity meters, including the communication unit Smart Meter Gateway (SMGW) be installed for data acquisition and control of loads. Moreover, these households are equipped with smart home system to allow the control of various devices.

The objective is the development, testing and application of the following new technologies:

- Use of smart metering and SMGW in households for the acquisition and processing of high-resolution data. Providing more flexible tariff plans for consumers based on the individual site power generation.

- Testing of automated and encrypted data evaluation SMGW by BSI (Bundesamt für Sicherheit in der Informationstechnik) guidelines.

- Testing of active consumer control of a smart home system in households.

- Development of a higher-level controller architecture, the consumption and production in the district power station coordinates co (heat and electricity).

- Integration of E-Mobility in the concept Quartier power plant, evaluation of a bidirectional charging infrastructure.

- Conceptual testing of automated digital billing methods.

Tiling work

Hochbauamt | Published January 17, 2017  -  Deadline March 7, 2017

Tile installation.

The existing school building is completely renovated. The renovation includes the fire protection and energy upgrading, renovating the entire interior area with the gym and the installation of an elevator. In the basement, the floor plate, the ceiling will be renewed in some areas, open to EC and built a staircase. The existing temporary roof will be canceled and replaced by a new attic in wood construction. Since the existing ceiling is not viable for a school use on the top floor (floor attic), a laminated timber ceiling is on a new steel girder grid mounted. The outbuilding is converted into a kiosk.

The existing school building is built in solid construction and has a floor area of ​​approximately 1 835 m 2 , The eave height is about 20.70 m; the new First height is about 28.00 m. The annexe has a floor area of ​​approximately 113 m 2 , The eaves height is approximately 3.50, the ridge height approximately 5.00 m.

The work will be in several sections, partly. With small surfaces, running on all floors (5 levels). The execution period extends over about 16 months.

Tile installation:

about 2 300 meters 2 Underground (cement or asphalt screed, walls GK plates or plaster.) Clean;

400m 2 Troweling plaster wall surfaces;

ca. 850 m 2 Spatulas bottom surfaces;

approximately 650 m 2 Composite waterproofing;

about 1 300 meters Fugendichtband;

about 900 meters 2 Wall tiles;

about 1 200 meters 2 Floor tiles;

about 150 m marble windowsills and -Abdeckplatten;

850 m base tiles.

Installation of doors and windows and related components

Deutsche Bundesbank, Beschaffungszentrum | Published January 21, 2017  -  Deadline February 28, 2017
The construction work is carried out in bauabschnittsweise uninhabited state. 

Focus is improving the energy efficiency of the envelope, getting and working up of quality surfaces, as well as the renewal of sanitation including the building services installation, so that the existing residential use will also be ensured in the future.

The project is divided into four sections rehabilitation as follows:

Phase 1 is divided into:

BA 1.1: 10.07.2017 to 23.01.2018;

BA 1.2: 15.11.2017 until 07.05.2018.

Phase 2 is divided into:

BA 2.1: 15.03.2018 to 09.21.2018;

BA 2.2: 17.07.2018 until 01.09.2019.

Bauabschnitt 3 is divided into:

BA 3.1: 20.11.2018 to 11.06.2019;

BA 3.2: 27.03.2019 until 09.12.2019.

Bauabschnitt 4 divided into:

BA 4.1: 16.08.2019 to 03.04.2020;

BA 4.2: 12.11.2019 until 06.22.2020.

The following services are subject of the tender "window and sunscreen work":

Dismantling / Disposal:

4490 m² Bestandsfenster- / doors;

345 m² staircase windows;

Ringer / letterbox system;

Shutter boxes;

6965 m indoor windowsills and Leibungsverkleidungen;

Exterior window sills cast stone.

Manufacture / supply / installation:

4490 m² assembly 3-glazed plastic windows and doors (with tw Fensterfalzlüfter.);

345 m² assembly 3-glazed plastic windows - staircase;

Ringer / letterbox system;

Assembly mounted roller shutter box system;

Mounting indoor window sill made of wood materials;

Mounting indoor window sill of wooden materials - staircase;

Installation outer windowsill artificial stone;

Installation outer windowsill fiber concrete blocks;

Installation outer sill aluminum;

Interior insulation.

Construction work

Hochbauamt | Published December 16, 2016  -  Deadline February 7, 2017

Plaster and stucco work.

The existing school building is completely renovated. The renovation includes the fire protection and energy upgrading, renovating the entire interior area with the gym and the installation of an elevator. In the basement, the floor plate, the ceiling will be renewed in some areas, open to EC and built a staircase. The existing temporary roof will be canceled and replaced by a new attic in wood construction. Since the existing ceiling is not viable for a school use on the top floor (floor attic), a laminated timber ceiling is on a new steel girder grid mounted. The outbuilding is converted into a kiosk.

The existing school building is built in solid construction and has a floor area of ​​approximately 1 835 m 2 , The eave height is about 20.70 m; the new ridge height is approximately 28 m. The annexe has a floor area of ​​approximately 113 m 2 , The eaves height is approximately 3.50, the ridge height about 5 m.

The work will be in several sections, partly. With small surfaces, running on all floors (5 levels). The execution period extends over about 16 months.

Plaster and stucco work:

200m 2 Test the substrate and remove loose;

about 2 500 meters 2 Clean the surface;

approximately 11 000m 2 Paint grind;

close about 270 m wall slots;

about 3 000m 2 Bonding agents applied;

about 1 600 meters 2 Gipskalkputz;

about 2 800 meters 2 Cement plaster inside 2 layers;

150 m 2 Acoustic ceiling plaster;

approximately 470 m 2 RFP;

550 m edge profile steel / stainless steel;

ca. 320 m 2 Clean exposed brickwork and downstream / grouting;

300m 2 Interior insulation calcium silicate boards.

Installation of suspended ceilings

Hochbauamt | Published January 7, 2017  -  Deadline February 28, 2017

Trockenbauarbeiten ceiling.

The existing school building is completely renovated. The renovation includes the fire protection and energy upgrading, renovating the entire interior area with the gym and the installation of an elevator. In the basement, the floor plate, the ceiling will be renewed in some areas, open to EC and built a staircase. The existing temporary roof will be canceled and replaced by a new attic in wood construction. Since the existing ceiling is not viable for a school use on the top floor (floor attic), a laminated timber ceiling is on a new steel girder grid mounted. The outbuilding is converted into a kiosk.

The existing school building is built in solid construction and has a floor area of ​​approximately 1 835 m 2 , The eave height is about 20.70 m; the new ridge height is approximately 28 m. The annexe has a floor area of ​​approximately 113 m 2 , The eaves height is approximately 3.50, the ridge height about 5 m.

The work will be in several sections, partly. With small surfaces, running on all floors (5 levels). The execution period extends over about 16 months.

Trockenbauarbeiten ceiling:

approximately 650 m 2 Wandabkofferungen;

about 1 040 m 2-side pipe coverings;

50m 2 Aprons to ceiling finishes;

about 6 St. segmental arch with 3-sided clothing; Overall width about 3.15 m;

ca.4.150 m 2 GK Pladur 1 layer;

about 2 400 meters edge joint Pladur;

about 2 500 meters frieze hole ceiling;

ca. 120 m 2 Wood wool;

350 St. holes in plasterboard ceilings;

400 St. Deckensegel- / wall panel 600 x 1 200 mm Acoustics;

approximately 550 m 2 Acoustic ceiling system;

400m 2 Acoustic plaster.

Installation of energy consumption measurement and visualization

IHP GmbH - Leibniz-Institut für innovative Mikroelektronik | Published January 13, 2017  -  Deadline February 13, 2017

Installation of energy consumption measurement and visualization

IHP GmbH - Leibniz-Institut für innovative Mikroelektronik | Published January 13, 2017  -  Deadline February 13, 2017
Packet price Delivery / installation incl. Typ related accessories to the establishment of 36 current individual measurements in space NSHV and centralized visualization of the 36 measured values
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