Guazhou Beidaqiao wind farm
70 MW
Installed capacity
June 2024
Full-capacity operation
A wind-generation project in Guazhou, Gansu, within a region developing wind, solar and storage resources.
03 / Wind energy
Wind generation and the grid behind it
Turbine systems, civil works, collection networks and the substations and lines that carry the power to demand.
03 / Wind investment
From wind resource to an integrated generating asset
Wind development links the resource, turbine system, civil works, collection network and power-evacuation route.
Develop the opportunity
Evaluate opportunities against regional energy plans, site constraints, infrastructure access and network conditions.
Coordinate the plant and grid
Connect feasibility, preliminary and detailed design with collection systems, substations and connection studies, incorporating storage and control strategies where the system requires them.
Improve existing assets
Assess turbine replacement, model changes and related infrastructure modifications against wind-farm compatibility and performance.
Urad Middle Banner wind project
80 MW
50 MW + 30 MW phases
110 kV
Substations and evacuation
Two phases include 110 kV substations and evacuation infrastructure with an overall line length of approximately 70 km. Commissioning was recorded in late 2022 and October 2023.
03 / Integrated developments
Generation planned around industrial demand
Baotou: a source-grid-load-storage configuration
1,005 MW
Renewable design scope
705 / 300 MW
Wind / solar
275 MW / 4 h
Storage
Design scope includes two 220 kV collection substations, a 220 kV central substation, a 110 kV customer substation and about 80 km of 220 kV lines. Partial commissioning was recorded in 2025.
Hohhot: green power for an industrial park
300 + 300 MW
Solar + wind
90 MW / 4 h
Storage
220 kV
Collection and supply
Serving the Tuoqing Economic Development Zone, with wind and solar generation connecting through 220 kV infrastructure to a new storage station. Grid connection was recorded in December 2024.
04 / Grid engineering
Engineering the connection from generation to demand
Grid access and network design are fundamental to the viability and operability of a renewable-energy project.
Planning and connection
Energy planning, early-stage project assessment, connection-system studies and grid-related technical research.
Transmission and substations
Design coverage across 35–220 kV line and substation applications, including renewable-plant collection and evacuation infrastructure.
Integrated engineering
Coordinate electrical, civil, structural and control interfaces across PV, wind, storage, substations and customer facilities.
220 kV infrastructure: from engineering to site execution
Ordos high-tech industrial development zone: a supply-infrastructure reference comprising two 220 kV substations, with whole-process technical and cost-consulting support recorded in 2025.
Civil works and structural coordination
On-site technical and construction review
Foundation works and site preparation
Equipment-building construction
Civil interfaces for electrical infrastructure
Substation buildings and delivery planning
A disciplined route from feasibility to commissioning
- 01
Define
Resources, demand, constraints and project objectives.
- 02
Study
Feasibility, options, connection and technical boundaries.
- 03
Design
Multidisciplinary drawings and equipment interfaces.
- 04
Deliver
Site coordination, integration and acceptance support.
- 05
Operate
Maintenance information, monitoring and improvement.
Feasibility / detailed design / site coordination / operating readiness
Contact
Building the next energy system.
Solar investment. Wind investment. Grid engineering. Energy storage R&D, manufacturing and intelligent operations. Tell us about your site, load profile or project stage and our engineering team will respond with a suitable configuration.
- Company
- JUNO POWER CORPORATION
- Capabilities
- Solar & wind investment · Grid engineering · Storage R&D and manufacturing · Digital energy operations