Tenders Are Invited For Development Of Design Documentation And Cost Estimates For Parking And Charging Infrastructure For Electric Buses

Development Of Design And Cost Estimate Documentation For A Garage And Energy Shelter For Electric Buses. The Designed Garage And Energy Shelter Must Accommodate 19 Buses, Including Two 18-Metre Buses.A. The Structure Of The Garage And Power Shelter, Made Of Steel, Covered With Curtain Walls 7 M High, Adapted To The Installation Of Photovoltaic Panels On Them. Inside The Building, A Set Of Boxes Should Be Designed, Isolated From Each Other With A Fireproof Ceiling And Partition Walls. Each Of The Boxes May Allow Parking Of Only One Bus.B. The Building Must Be Equipped With: A) A Heating System Enabling The Temperature In Each Box Of The Garage And Energy Shelter To Be Maintained At A Temperature Not Lower Than 1 Degree Cb) An Electrical Installation - Lighting And Plug Sockets C) Wall Chargers For Electric Buses, One In Each Boxed) Required Regulations And Technical Knowledge, Fire Extinguishing And Ventilation Systems As Well As Stopping The Spread Of Fire Resulting From Ignition Of Traction Batteries Of Electric Vehicles. E) Teletechnical Installations, In Particular: Fire Protection, S.W. And N., Closed-Circuit Television And Ict Networks2) Development Of Design Documentation And Cost Estimates For A Photovoltaic Farm With A Capacity Of 650 To 700 Kw. The Area Covered By The Investment May Not Exceed 1 Ha. The Employer Requires The Design Documentation To Include The Following Elements: A. Installation On The Walls And Roof Of The Garage And Energy Shelter, On The Roofs Of Other Buildings In The Vicinity And On The Ground Indicated By The Employer, Photovoltaic Panels Along With The Necessary Infrastructure Enabling The Production Of Electricity. Estimated Power Of The Photovoltaic Installation Installed: A) On The Walls Of The Garage Wool - 105 Kw, B) On The Roof Of The Shed - 220 Kwc) The Remaining Required Power Must Be Provided By Panels Installed On The Groundb. Implementation Of An Energy Storage With A Capacity Of 2.5 Mwhc. Performing Metering Of The Photovoltaic Farm In A Way That Allows Continuous Monitoring Of Energy Generated, Stored, Consumed For Own Needs And Discharged To The Pge.D Network. Adaptation And Reconstruction Of Mv And Lv Power Networks (Overhead And Underground), Including The Possible Construction Of A Transformer Station In Order To Connect The Photovoltaic Farm To The Employers Installation And Pges Distribution Network.