【正文】
itions such as wind speed, snow loads etc. ? Accordingly designed ideal size of foundation ? Only features that are actually needed ? As much preassembly in factory as possible so that installation time on site gets minimised Standard system ? Only limited choice of given angles ? Profiles not designed acc. to local conditions so often too thick ? Foundation also often with more material than needed ? More features than needed for very project so that system can get used for different project types ? Major part of assembly and timeconsuming manually on site ? Mounting Structure Large Scale Photovoltaic Systems (LSPVS) and Very Large Scale Photovoltaic Systems (VLSPVS) 12 | 19 January 2022 12 | Potential for Cost Reductions ? Installation Specialised teams doing repetitive work for earthworks (given also for smaller projects) foundation and mounting structure (manufacturer) modules DC cabling, inverters, AC part ? Planning Ideally choose a rectangular project site Planning of a number (maybe even just one) of recurring project module(s) instead of the whole project Large Scale Photovoltaic Systems (LSPVS) and Very Large Scale Photovoltaic Systems (VLSPVS) 13 | 19 January 2022 13 | Project Calculation 14 | 19 January 2022 14 | Project Calculations for xsi (13% module eff.), CdTe (10%), asi (%) ? Location: Turfan / Xinjiang ? Project Size: 30 MWp each ? System Lifetime: 25 years ? Project Area: Between 690,000 and 1,570,000 m178。 in 2022 City of Linfen。1 | Shanghai, 09/05/2022 | 169。 COLEXON Energy AG Large Scale PV Deployments 2 | 19 January 2022 2 | I China: Environmental Facts II China: Laws, Policies and Administration III Large Scale Photovoltaic Systems (LSPVS) and Very Large Scale Photovoltaic Systems (VLSPVS) IV Project Calculation V Financing in accordance with Chinese State Policies VI Summary Table of Contents 3 | 19 January 2022 3 |