INCREASE INSTALLED
CAPACITY/UNIT AREA
CAPACITY/UNIT AREA
30%-50%
Products & Solutions
DreamRise-PV Flexible Support,Ushering in a New Era of Green Energy
DreamRise-PV Flexible Support
——Ushering in a New Era of Green Energy
Flexible PV support system adopts high‑strength low‑relaxation steel strands and other flexible materials. Tensioning forms a large‑span suspension‑cable structure. As a lightweight photovoltaic support system adaptable to complex terrains and large‑span scenarios, it can replace conventional steel beams and steel trusses. It serves as a key technical solution for the PV industry to break terrain constraints and realize “PV‑plus” multi‑purpose utilization.
Typical Structure
Common Forms
substructure
- pre-stressed concrete pipe pile
- cast-in-place pile
- pre-stressed ground anchor
single-layer cable structure
Upper Bracket
- hot-dip galvanized steel strand
- hot-dip galvanized section steel
- inter-row stabilization system
- wind-resistant damper
double-layer cable truss
connection node
- aluminum alloy clamping block
- special anti-loosening anchor
- self-adaptive anchorage
Composite Spatial Cable‑Suspended Flexible Support System
SIX CORE ADVANTAGES OF PV FLEXIBLE SUPPORT SYSTEM
SHORTEN
CONSTRUCTION PERIOD
CONSTRUCTION PERIOD
10%-20%
REDUCE STATION COSTS
10%-30%
6
SAVE
STRUCTURE FOUNDATIONS
STRUCTURE FOUNDATIONS
40%-60%
SAVE AC &DC CABLES
10%-20%
INCREASE
POWER GENERATION
POWER GENERATION
3%-5%
DreamRise-PV flexible support system
Three Major Series of Products Cover Solutionsfor Photovoltaic Power Stations Across All Scenarios
Cloud Wing Series
＞ With flexible structures, unlock the boundless potential of PV and open a new chapter for green energy.
Large Span
Span up to 60m
Large Height Space
Clearance up to 20m
Generation Gain
Increase energy yield by 3%-5%
Wind-resistant Stability
Resist Category 5 hurricanes
CGC Certification
Quality Assurance by Authorized Institutions
Real-time Monitoring
Automatic early-warning of all indicators
Power Wing Serie
＞ Piles serve as columns to bear solar loads and realize true ‘complementation’.
Fewer Piles
Effectively save 40‑60% of support foundation
Efficient Installation
Deliver 10‑20% shorter construction period
Generation Gain
Achieve a 3‑5% increase in energy yield
Structural Stability
Excellent corrosion resistance and wind‑resistance performance
CGC Certification
Quality Assurance by Authorized Institutions
Real-time Monitoring
Automatic early-warning of all indicators
Misty Wing Series
＞ Overcome terrain barriers to unleash the full potential of solar energy.
Lower Steel Usage
Achieve a 30% reduction in cost
Adapt to Terrain Slopes
Achieve a 30‑50% increase in installed capacity per unit area
Wind‑resistant Stability
Resist Category 5 hurricanes
Save Land Resources
Environment‑friendly and Ecologically Sustainable
CGC Certification
Quality Assurance by Authorized Institutions
Real-time Monitoring
Automatic early-warning of all indicators
