Tenders Are Invited For Engineering Design Services For Mechanical And Electrical Installations For Buildings - Planning Services For Two Chp And Air Heat Pump Systems As Well As A Pth System Within Two Ichp Systems Including 10 Kv Transfer Station - Twb

Engineering Design Services For Mechanical And Electrical Installations For Buildings - Planning Services For Two Chp And Air Heat Pump Systems As Well As A Pth System Within Two Ichp Systems Including 10 Kv Transfer Station - Twb. The Subject Of This Inquiry And Planning Goal Should Be The Conversion Of The Existing Heating Centers Including A 10 Kv Transfer Station, Based On The Hoai Performance Phases 1 - 9. The Planning Task Consists Of The Following Components And Systems: Ikwk System According To Kwkg §8B With: - Black-Start Natural Gas Chp System (Ikwk Chp) Approx. 2,200 -2,500 Kwel / < 2,700 Kwth At The Ratekauer Weg Location - Natural Gas Chp System (Ikwk Chp) Approx. 2,200 - 2,500 Kwel / < 2,700 Kwth At The Posener Straße Location - Air-Water Heat Pump (2-Stage) Approx. 2,000 Kwth, Vl > 80°C At The Posener Straße Location - Air-Water Heat Pump (2-Stage) Approx. 2,000 Kwth, Vl > 80°C At The Posener Straße Location - Electrode Boiler Or Pth System With Approx. 10,000 Kwth At The Posener Straße Location. Additional Systems Such As: - Scr Catalyst Systems For Both Chp Locations - Auxiliary And Operating Resources (Including Oil, Urea) For Both Chp Locations - Dismantling Of The Existing Ones Mixture Cooling Heat Pump At The Ratekauer Weg Location Process Engineering Integration With, Among Other Things: - Pipes, Fittings, Pumps, Ventilation, Exhaust Systems (Chimneys Available On Site) Electrical Integration With: - 10 Kv Transfer Station With Current Connection To A 10 Kv Switchgear Under Construction - The 10 Kv Transfer Station Should Be Planned In Such A Way That In The Future (In Approx. 5-10 Years) It Will Be Connected To A 110 Kv Switchgear Can Be Connected (In The Future This Will Be Done Via A 110Kv/10 Kv Transformer) - Transformer From 10 Kv To Low Voltage (To Power The Lwwp) - The Low-Voltage Main Distribution (To Power The Lwwp) Msr And Control Technology Integration With: - Plant Automation - Bub System - Integration Into The Existing Control Technology And Telecontrol Connections To The Network Control Center - Reporting/Monitoring Systems Or Connection To The Existing Systems On Site (Gas, Fire, Burglar Alarm Systems) Structural Integration - Object Planning, Structural Planning And Tga For The Technical Building On Posener Straße To Accommodate The Process Engineering Systems. This Means That The Two Lwwps Should Be Integrated Here. Existing Areas Within The Existing Heating Centers Can Be Used For The Two Chps And The Electrode Boiler. - The Electrical Switchgear Should Also Be Integrated Within The Technical Building To Be Planned: O 10 Kv Transfer Station O Medium To Low Voltage Transformer, O Low Voltage Main Distribution O This Technical Building Should Be Dimensioned So That (In Approx. 5-10 Years) A 110Kv/10 Kv Transformer Could Be Integrated. This Integration Must Be Optimized And Considered As A Possible Outdoor Installation Of The Transformer On The Building Or Indoor Installation Via A Gate System (Slide-In Option). - Establishment Of Any Necessary Ancillary Facilities (Steel Construction, Noise Barriers, Etc.) - Noise Barriers - Required Steel Construction - Development For Supply And Disposal In The Construction Area - Outdoor Facilities Periods Planning And Implementation Ikw