The G4M is a water-based floating PV mounting system tailored for installation in complex water environments. Through enhanced structural connections, expanded float volume, and diverse combined layouts, it boasts outstanding load-bearing capacity and flexibility.
G4M Floating PV Mounting System
APPLICABLE PROJECTS
It is applicable to floating PV projects in complex water areas featuring great water depth, fast flow velocity, and significant water level fluctuations.
SYSTEM STRUCTURE
HDPE floats + Zinc - Aluminum - Magnesium coated PV module support legs + anchoring system.
HDPE FLOAT STRUCTURE
Composed of four types of floats, namely main floats, long transverse maintenance walkways, short transverse maintenance walkways, and vertical maintenance walkways, adopting a three - row layout design.
MODULE SUPPORT AND FIXING STRUCTURE
Front and rear Zn - Al - Mg coated PV module support legs are used to support solar panels, and end clamps secure the edges of the modules.
SYSTEM CONNECTION METHOD
Floats are connected via plastic bolts, nuts, round washers, and long strip washers.
ANCHORING STRUCTURE
The system's anchoring structure consists of U - shaped supports, square steel, square steel connectors, and G5 anchoring frame welded assemblies.
CERTIFICATIONS AND TESTS
Reliable Project Solution Design Capability
4 R & D centers nationwide with a total of over 200 patent applications.
A professional technical team of more than 50 members providing high - quality customized solutions.
Extensive project experience covering more than 100 countries and regions to meet diverse project needs.
Global Delivery Service Network
5 branch offices.
4 production bases.
Localized project support.
Global supply chain system.
Project Cost and Return on Investment
- We provide professional product introduction and training to improve installation efficiency.
- Round - the - clock online service with rapid response to user needs, facilitating the rapid completion of on - site construction.
- We commit to a 10 - year product warranty and 5 - year after - sales service, providing long - term guarantee for the later operation and maintenance of your power station.
Project Cost and Return on Investment
- We offer high - performance system solutions to reduce power station construction costs and maximize power generation efficiency.
- It can effectively balance performance and cost and improve the project return on investment.
Global Project Cases
The system is widely applied in countries and regions across Asia, the Middle East, Oceania, Africa, and Europe.
44MW Fishery PV, Zhangzhou
China