Project:
10x utility-scale solar PV projects in the 6-12MWp range
Project Scope:
Project Client: Local subsidiary of a USA-based utility-scale renewable energy project developer
Project Name: 10x utility-scale solar PV projects in the 6-12MWp range
(project names confidential)
Project Location: Across Gauteng, South Africa
Contract Description: Zero Point Energy was appointed to do the following scope of work:
Preliminary design:
- Review & analysis of key equipment datasheets. The equipment includes:
- Solar PV modules
- Fixed-tilt mounting structures
- Single-axis tracker structures
- Solar grid-tie inverters
- Determination of the following:
- Suitable number of modules and inverters
- Suitable fixed-tilt angle (for fixed-tilt options)
- Suitable pitch/spacing distance rows for shading considerations
- Suitable table size
- Suitable string size
- Suitable strings per inverter MPPT input(s)
- Suitable number of rows per tracker block (tracker option)
- Suitable placement of inverter blocks
- Suitable location of substation, O&M buildings, internal roads, etc
- Site layouts:
- Site layouts will be provided for both fixed-tilt and tracker options. This will involve the provision of CAD drawn general site plan layouts
- Site perimeter fencing
- access point (to be communicated by client)
- Security and guard house
- Access, peripheral and internal roads
- Substation and control room buildings
- O&M building location
- Exclusion zones (if any provided by Client)
- Inverter station locations
- Fixed-tilt / Tracker mounting structure blocks
- Total road length and area
- Total perimeter distance
- Total PV footprint area
- Number of modules
- Number of strings
- Number of modules per string
- Plant DC and AC capacity
- Solar yield simulation studies per site:Bankable (P90) and detail design yield analysis
Yield report with discussion on study assumptions, technical configuration, climatic data, system losses, 20 year generation forecasts, and results
Location: Across South Africa
Completion Date: June 2017
Client Benefits:
Project Gallery: