Item NO.:
SF-RM-01Payment:
L/C, T/T, D/P, Western Union, PaypalPrice:
$0.029/WProduct Origin:
Fujian, ChinaColor:
NormalShipping Port:
XiamenLead Time:
within 15-30 daysNew Design Solar Roof Mounting Solutions
Product Informaion
| Type: |
Roof solar mounting |
| Installation Site | Metal Roof |
| Specification: |
Normal, accept customize |
| Wind load | 60m/s |
| Snow load | Up tp 1.4KN/m² |
| Installation Angle | 10-60deg |
| Material | Aluminum Alloy & Stainless Steel |
| Fastener parts material | Aluminum |
| PV modules | Framed of frameless |
| Module orientation | Landscape or Portrait |
| Standard | JIS C 8955/8956-2011 |
| GB50009-2012 | |
| AS/NZS 1170 | |
| DIN 1055,IBC 2006 | |
| Anti-corrosive | Anodized |
| Warranty | 10 Years and 20Years Duration |
|
Delivery time: |
within 20 working days |
|
Package: |
Standard Packing |
Packing
With variety of different Tin Roof Brackets, SolFirsTech Tin Roof Mounting System can meet trapezoid or corrugated metal roof and standing seam roof demand with or without penetrating on the roofs.
L Feet Brackets For Tin Roof Solar Mounting, veay easy installation.
Installation Steps Technical Details Design Description: This solution allows solar panels to generate power from sunlight, while its lower structure provides a suitable growing environment for crops, edible fungi and livestock. Installation Ground Foundation Ground Screw / Concrete Wind Load up to 60m/s Snow Load 1.4kn/m² Standards GB50009-2012, EN1990:2002, ASE7-05, AS/NZS1170, JIS C8955:2017, GB50429-2007 Material Anodized Aluminum AL 6005-T5, Stainless Steel SUS304 Warranty 10 Years Warranty Project Reference
Features & Characteristics High Adaptability High Adaptability Gradient difference adaptability to uneven terrain in N-S direction up to 15% High Stability The multi-point drive greatly increase the wind torsion resistance and critical wind speed 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° Working Wind Speed 18 m/s (Customizable) Max. Wind Speed 45 m/s (ASCE 7-10) Modules per Tracker ≤120 Modules (Customizable) Principal Materials Hot-Dip Galvanized Q235B/Q355B, Zn-AI-Mg Coated Steel Mean Coating Thickness ≥65 micron Drive System Slewing Drive / Linear Actuator 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 Project Reference
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
With variety of different Tin Roof Brackets, SolFirsTech Tin Roof Mounting System can meet trapezoid or corrugated metal roof and standing seam roof demand with or without penetrating on the roofs.
Dual Axis Traker
Ground Screw Apply carbon steel Q235 with HDG coating > 80μm, excellent in corrosion resistance. Custom-made solutions are available. DRAWING
Why Fence ·To effectively protect personnel safety both inside and outside the project site. ·To prevent theft.
High quality Aluminum/Galvanized Steel Ground Solar Panel Mounting Structure
Characteristics ·Uninterruptible power supply, switching within 20ms, peak-shaving and valley-filling ·Multiple working modes, so that the rate of self-use reaches 95% ·High charging and discharging efficiency, improving the economic benefits of the system ·Compatible with lead-acid and lithium batteries, and can match economic solutions in different markets ·Intelligent BMS management function to improve battery reliability ·Using high-frequency isolation technology to make the system safer and longer service life ·24-hour intelligent energy management, one-button remote control and upgrade function, real-time grasp of the status of photovoltaic power plants Application ·Places where there is no spare power due to power outages or photovoltaic self-use ·Places where the electricity price for self-use is higher than the on-grid price ·Places where the peak electricity price is higher than the normal electricity price System Parameters Solar panel power 400W Solar panel voltage 41V Number of solar panels 12PCS 14PCS 20PCS Photovoltaic DC cable 1 SET MC4 connector 1 SET Battery voltage 48V Battery capacity 100Ah 200Ah Battery communication method CAN/RS485 Inverter off-grid rated output power 3KW 5KW Maximum output apparent power on off-grid side 4. 5KVA, 10S 7KVA,10S Rated output voltage on off-grid side 1/N/PE, 220V Rated output frequency on off-grid side 50Hz Off-grid switching time <20ms Rated output power of inverter connected to the grid 3KW 3.6KW 4.6KW 5KW 6KW Maximum output apparent power on the grid-connection side 3.3KVA 4KVA 4.6KVA 5.5KVA 6KVA Rated output voltage on grid side 1/N/PE,220V Rated output frequency on grid side 50Hz Working temperature -25~+60°C Cooling method Natural cooling Maximum working altitude 3KW AC output copper core cable 1 SET Distribution box 1 SET Auxiliary material 1 SET Photovoltaic mounting type Aluminum /Carbon steel mounting （one set）
Design Description: Suitable for herringbone bi-directional ballasted system, which can better effectively resist the effect of negative wind pressure
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