AutoCAD design of the electrical and automation drawings. Skills: AutoCAD · Detail Engineering
Preparing the typical E-drawings for the cabinets in E-PLAN. Skills: AutoCAD · Eplan P8 · Eplan Engineer · Detail Engineering
As-built works of the TenneT in E-PLAN. (Landstation Hollandse Kust Noord-SEC.&TER.&TEL.) Skills: Eplan P8 · Eplan Engineer · Detail Engineering
AutoCAD design of the electrical and automation drawings. Skills: AutoCAD · Detail Engineering
AutoCAD design of the platform & preparing the typical drawings. Skills: AutoCAD · Detail Engineering
Conversion E-plan drawings to Solidworks Electrical project. Skills: SolidWorks Electrical · Eplan Engineer · Eplan P8 · ProPanel Engineer · Detail Engineering
Eplan design of the distribution cabinets(Krachtverdeler-Tracingverdeler-Verlichtingverdeler), engineering support and preparing the e-drawings of the electrical and instrumentation typicals. AutoCAD design of the Glasvezel (Fibre & Network Patching) and Network Block diagrams for Automatisering, and also preparing the e-drawings of the electrical and instrumentation typicals. Skills: ProPanel Engineer · Eplan Engineer · Eplan P8 · AutoCAD · Detail Engineering
AutoCAD design of the P&ID project. Skills: AutoCAD · P&ID · Detail Engineering
E-plan design of the attraction cabinets and engineering support. Skills: Pro-Panel Engineer · E-plan Engineer · E-plan P8 · Detail Engineering
Eplan design of the cabinets and engineering support. Skills: Pro-Panel Engineer · E-plan Engineer · E-plan P8 · Detail Engineering
Eplan design of the three cabinets and engineering support. Skills: Pro-Panel Engineer · E-plan Engineer · Eplan P8 · Detail Engineering
Eplan design of the below cabinets; - Bellows Test Setup - Landing Ski Test Setup - Leafspring Test Setup Skills: Pro-Panel Engineer · E-plan P8
Elcad design of the below installations; - 20kV Inst.8 & 9 (16+23=39 bays) - ALG. - RTU - TRANSF INST(E09) - TRANSF INST(E10) - TRANSF INST(E15) - TRANSF INST(E25) - 150kV side of the TR2, TR4, TR3, and TR8 Skills: Elcad Engineer - Detail Engineering
Renovation Secondary installation of 150kV-station Skills: Elcad Engineer
Renovation Secondary installation on 150kV high voltage stations of TenneT. -Utrecht Lage Weide(ULW150) -Helmond Oost(HMO150) -Maalbroek(MLBK150) -Roosendaal(RSD150) -Blerick(BLER150) -Eindhoven Oost(EHVO150) Skills: Elcad Engineer
AC laagspanning, to/as-built, DC-verdeling. Skills: E-plan P8
As-built, laagspanning verdelers. Skills: Elcad Engineer
Engineering and tekenwerk(EPLAN) van de laagspanningsverdelers voor 7 laadstations in Rotterdam voor E-bussen. Skills: E-plan P8
Ontwerp ontvlechting beveiliging & bestuuring installatie. Skills: Elcad Engineer - Detail Engineering
Ontwerpen en tekenen (EPLAN) kastindeling comform door leverancier aangeleverde stroomkringshema's. Skills: Eplan Engineer · Eplan P8
Digitalisering (EPLAN) & conversie. Skills: E-plan Engineer · E-plan P8
Renovation Secondary installation on 150kV high voltage stations of TenneT. -Eindhoven West(EHVW150) -Horst(HRST150) -Merum(MRUM150) -Helmond Zuid(HMZ150) Skills: Elcad Engineer
Digitalisering (ACAD) & conversie. Skills: AutoCAD
As-built works of the 380kV high voltage stations of TenneT. Skills: Elcad Engineer
Renovation Secondary installation on 5 220kV high voltage stations of TenneT(owner of the high voltage network in the Netherlands);Replacement automation cabinets (VBS); Replacement protection cabinets only for some bays; Replacement busbar protection cabinets only for some bays. An 220kV high voltage station consist of an several bays which can be connected through the busbar system. Examples of bays are: Line bay; Transformer bay; Coupling bay; Generator bay; General bay. Each bay can be operated from 2 positions of the station: Central (CDG); In the central building there is a operating desk. From this desk every bay on the station can be operated. Local (Fieldhouse, near the primary installation); In the Fieldhouse are several cabinets positioned. Each cabinet has it’s own function, such as operating, protection, telecom, power supply, etc. For the project the following documents are available: Work description (WO);Function design (FO);Inventory list ;As-built drawings of the 5 220kV stations; Building blocks of each typical bay (Line, Transformer, Coupling, Generator, General).The following deliverables are needed for the construction of the project: Analysis report of the station; Demolition drawings; To Built drawings; Work description. On the inventory list all bays are listed of the 5 stations that need to be renovated. The list also gives for each bay which cabinets need to be replaced. The analysis report will be made by SPIE after a site visit to the 220kV station. At the site visit the complete station will be inspected in detail, the as-built drawings will be checked on site and photo’s of al cabinets will be made. The demolition drawings need to be made from the Analysis Report and the Inventory list on to the as-built drawings. The To Built drawings need to be made from the Analysis Report, the Inventory list, Building Blocks, IO List and Function Diagrams. -Meeden(MEE220)-Louwsmeer(LSM220)-Bergum(BGM220)-Robbenplaat(RBB220)-Weiwerd(WEW220)-Ens(ENS220-revision). Associated with Imtech Traffic & Infra B.V. Skills: Elcad Engineer
Vijfhuizen (VHZ380); secondary installation on 380kV High Voltage Station of TenneT. The new montage drawings are designed in Elcad 7.6 SP3 for new 11 bays of the Algemeen (ALG), Lijnveld (LV) , Kabelveld (LV), Trafoveld(TR) combined with Spoelveld(SP) and Koppelveld(KV) according to the TenneT bouwsteen's. -VHZ00 ALG -VHZ01 BVW Z -VHZ02 BVW W -VHZ0304 TR/KV -VHZ0304 SP -VHZ05 TR -VHZ05 SP -VHZ0607 TR/KV -VHZ0607 SP -VHZ08 BWK O -VHZ09 BWK P. Skills: Elcad Engineer
Renovation Secondary installation on 12 380kV high voltage stations of TenneT(owner of the high voltage network in the Netherlands); Replacement of 124 automation cabinets (VBS); Replacement of 27 protection cabinets; Replacement of 4 busbar protection cabinets. An 380kV high voltage station consist of an several bays which can be connected through the busbar system. Examples of bays are: Line bay; Transformer bay; Coupling bay; General bay. Each bay can be operated from 2 positions of the station: Central (CDG); In the central building there is a operating desk. From this desk every bay on the station can be operated. Local (Fieldhouse, near the primary installation); In the Fieldhouse are several cabinets positioned. Each cabinet has it’s own function, such as operating, protection, telecom, power supply, etc. For the project the following documents are available: Work description (WO); Function design (FO); Inventory list version 4.0; As-built drawings of the 12 380kV stations; Building blocks of each typical bay (Line, Transformer, Coupling, General). The following deliverables are needed for the construction of the project: Analysis report of the station; Demolition drawings; To Built drawings; Work description. On the inventory list all bays are listed of the 12 stations that need to be renovated. The list also gives for each bay which cabinets need to be replaced. The analysis report will be made by Imtech after a site visit to the 380kV station. At the site visit the complete station will be inspected in detail, the as-built drawings will be checked on site and photo’s of al cabinets will be made. The demolition drawings need to be made from the Analysis Report and the Inventory list on to the as-built drawings. The To Built drawings need to be made from the Analysis Report, the Inventory list, Building Blocks, IO List and Function Diagrams. Associated with Imtech Traffic & Infra B.V. Skills: Elcad Engineer
Geo-editing of land parcel information, based on digital and photogrammetric data. Associated with Imtech Traffic & Infra B.V. Skills: MicroStation
Digitalization on panoramic photos. Associated with Imtech Traffic & Infra B.V.
Digitalization as-built documents pdf/tiff to AutoCAD for 103 High Voltage Stations in Turkey. Approximately 85.000 drawings. Associated with Imtech Traffic & Infra B.V. Skills: AutoCAD
Digitalization and actualization based on LiDAR and Photogrammetric data. Associated with Imtech Traffic & Infra B.V.
Digitalization based on LIDAR and orthorectified photo imagery. Associated with Imtech Traffic & Infra B.V.
Integration and digitalization of waterworks network of more than 10 local operators. Associated with Imtech Traffic & Infra B.V. Skills: AutoCAD
Digitalization and revision works in E-plan. Associated with Imtech Traffic & Infra B.V. Skills: Eplan
Rabobank Utrecht / AZUA Digitalization of the Building Layout, Electrical Installation Engineering, Central Heating and Pipe Systems, Ventilation & Air Conditioning, Sanitary and Sewer Systems, Plant Rooms in Stabicad; Associated with Imtech Traffic & Infra B.V. Skills: Stabicad
Digitalization of the Building Layout, Central Heating and Pipe Systems, Ventilation & Air Conditioning, Sanitary and Sewer Systems, Plant Rooms in Stabicad; Associated with Imtech Traffic & Infra B.V. Skills: Stabicad
Digitalization of the traffic signalization in AutoCAD. Associated with Imtech Traffic & Infra B.V. Skills: AutoCAD
Digitalization of their complete electricity cable network exceeding more than 80.000 .kms. Associated with Imtech Traffic & Infra B.V. Skills: MicroStation
Actualization of cable network along rail tracks. Associated with Imtech Telecom NV. Skills: MicroStation
Digitalization of their complete electricity cable network exceeding more than 40.000 .kms. Associated with Imtech Telecom NV. Skills: MicroStation
Digitalization of their complete electricity cable network exceeding more than 80.000 .kms. Associated with Datelnet Geo Data. Skills: MicroStation
