Floating Mounting System
Structure
Anchoring System
Combiner Box Bracket, Cable Trunking, Aisle
Types of Trunkings
Visiting Aisle
Technical Details
Design Description: 1. Reduce water evaporation, and utilize the cooling effect of water to increase the power generation.
2. The bracket is made of aluminum alloy for fireproof.
3. Easy to install without heavy equipment; safe and convenient to maintain.
Installation
Water Surface
Surface Wave Height
≤0.5m
Surface Flow Rate
≤0.51m/s
Wind Load
≤36m/s
Snow Load
≤0.45kn/m2
Tilt Angle
0~25°
Standards
BS6349-6, T/CPIA 0017-2019, T/CPIA0016-2019, NBT 10187-2019, GBT 13508-1992, JIS C8955:2017
Material
HDPE, Anodized Aluminum AL6005-T5, Stainless Steel SUS304
Warranty
10 Years Warranty
Project Reference
The floating photovoltaic system on the water is different from the photovoltaic power generation projects on the ground and roof. With the declining use of land resources, the land available for the construction of photovoltaic power plants will become increasingly scarce in the future. At the same time, the advantages of floating photovoltaic systems on water are slowly gaining attention from the photovoltaic industry.
This series of products are mounting solutions for installing solar photovoltaic modules, inverters, combiner boxes, transformers, cables on water, such as dams, lakes, ponds, reservoirs, and coal mining subsidence areas.
Characteristics · Efficient power conversion, plug and play, no need to wait · Intelligent circuit, stabilized output power at 5V, matching stable output current, avoiding damage to the charging equipment · Strong, waterproof, corrosion-resistant ETFE material, longer service life · For camping/hiking Application Outdoor DC power supply places System Parameters
Solar First Aluminum L Feet used in metal roof solar mounting system. we can provide free design and sample to test.
Different Tile Roof require different Tile Hook, based on Tile Roof mould,you can choose suitable hook as per your roof type.
Work with thin film solar module, glass-glass solar module, frame less solar module No.q` Product Name Picture SF-BM-EC80 End Clamp Kit for Frameless Module SF-BM-IC80 Mid Clamp Kit for Frameless Module SF-MC-HP12 Mid Clamp Kit SF-MC-HP18 End Clamp Kit SF-MC-SF71 End Clamp Kit SF-MCSF70 Mid Clamp Kit SF-EC-F35-50 Adjustable End Clamp Kit
Solar L Feet is common used in Roof Solar System, it is the connector of rail and roof.
SF aluminum solar carport is made of high-strength aluminum alloy to meet customer's demand for safety installation, efficiency and aesthetics. To maximize the use of space, the carport bracket utilizes a special structural design, which allows to park two or four cars in each unit.
High quality Aluminum/Galvanized Steel Ground Solar Panel Mounting Structure
Features & Characteristics High Adaptability Gradient difference adaptability to uneven terrain in N-S direction up to 15% Less Piles The 2P module design saves pile foundations (to 140 pcs/MW) and greatly reduce the cost Compatibility Compatible to 182/210mm cell solar modules Accessibility Obstacle-free among independent trackers, easy for construction and maintenance Reliability The independent control system help to monitor the operation, find fault points in time, and reduce power output loss Smart Tracking Adjust tilt angle smartly and timely according to terrain and weather data to increase power output Reasonable Design The stability is ensured via exclusive structural design and strict wind tunnel test. Tracker Structure Tracking Technology Horizontal Single Axis Tracker System Voltage 1000V/1500V Tracking Range ±45°/±60° Working Wind Speed 18 m/s (Customizable) Max. Wind Speed 35 m/s (ASCE 7-10) Modules per Tracker ≤60 Modules(Customizable) Principal Materials Hot-Dip Galvanized Q235B/Q355B, Zn-AI-Mg Coated Steel Mean Coating Thickness ≥65 micron Drive System Slewing Drive Foundation type PHC / Cast-in-Place Pile / Steel Pile Control System Control System MCU Tracking Mode Closed Loop Time Control + GPS Tracking Accuracy <2° Communication Wireless (ZigBee, LoRa); Wired (RS485) Powder Acquisition External Supply / String Supply / Self-Powered Auto Stow at Night Yes Auto Stow During High Winds Yes Optimized Backtracking Yes Protection Degree IP65 Working Temperature -30°C-65°C Anemometer Yes Power Consumption 0.3kWh per day
Easy To Install---The simple design and pre-assembled components ensure a quick and easy installation.
Multi-Row Type Structure Multi-row module installation design may increase land utilization rate, improve power generation efficiency, and raise economic benefits. Recommended tilt angle: Less than 15° Recommended environment: High snow load and wind load. l-Type Structure The structure is fixed by two open posts. It is stable, and convenient in installation. Recommend ed environment: Low snow and wind load. Technical Details Installation Ground Wind Load up to 60m/s Snow Load 1.4kn/m2 Standards AS/NZS1170, JIS C8955:2017, GB50009-2012, DIN 1055, IBC 2006 Material Anodized Aluminum AL 6005-T5, Stainless Steel SUS304 Warranty 10 Years Warranty
online service
+86 592-5211-388
info@esolarfirst.com
sales004_solarfirstsales12_solarfirstsales10_solarfirst
+86 18959208686
+86 592-5211-388
English
français
Deutsch
русский
español
português
العربية
日本語
한국의
Indonesia
