Products

INTELLIGENT TRACKING SOLUTIONS

Skyline

Description:

Independent Row 1P Tracker, Stable, Reliable, Cost-effective

The SkyLine tracking system is a single-row tracking system developed by Arctech, which can adapt to a continuous slope of N-S 20% and has strong wind resistance. The standard product of the SkyLine tracking system supports 90 solar modules which could be adjusted according to string configuration and topography. The SkyLine tracking system uses a patented D-tube , long-distance low-power LoRa wireless transmission technology, string-powered supply with lithium battery backup. At the same time, this product perfectly fits Arctech’s new-generation artificial intelligence PV tracking solution, which can enable the PV power plant to obtain up to 7% of additional energy yield.

SKYLINE TRACKER SPECIFICATIONS
Tracking TypeIndependent horizontal single-axis tracker
Tracking Range士 60°
Driving SystemSlew drive, 28VDC motor
Modules per TrackerUp to 90 modules per tracker
System Voltage1000 V or 1500 V
Ground Coverage RatioTypical ≥ 25%
Foundation OptionsAll foundation types
Terrain AdaptionUp to 20% N-S slope
Structure MaterialHot dipped galvanized/Pre-galvanized steel
Power ConsumptionTypical 0.02kWh/day
Daily Energy ConsumptionPowered by PV strings, back-up Li-ion battery
Standard Design Wind Speed105mph (47m/s) per ASCE7-10, higher wind load available
Module SupportedAll commercially available modules
Operation Temperature-20℃ – 60℃ (-30℃ – 60℃ Optional)
ELECTRONIC CONTROLLER SPECIFICATIONS
Control System1 controller per tracker
Control AlgorithmAstronomical algorithms + Tilt sensor close loop
Tracking Accuracy≤ 2°
String-PoweredYes
BacktrackingYes
Communication OptionsLoRa wireless /RS 485 cable
Night PositionYes

SkySmart II

Description:

Independent Row 2P Tracker, Single Row, Double Performance, Triple Safety

SkySmartII tracking system is the first multi-point drive 2P tracking system in the industry. It completely solves the aeroelastic instabilities that traditional single fixed-point 2P trackers observe under high wind events. While ensuring the stability of the system, with the 182/210 large modules, it brings the capacity of a single system from more than 30 KW into 60 KW+. 4 strings helps reducing electrical mismatch losses, when compared with typical 3 string trackers. At the same time, it reduces foundations by 52%, when compared with traditional 1P solutions. SkySmart II has been engineered to be a perfect match for the new generation artificial intelligence solution, which enables up to 7% of additional energy generation.

SKYSMART II TRACKER SPECIFICATIONS
Tracking TypeIndependent horizontal single-axis tracker
Tracking Range士 60°
Driving SystemSlewing drive, parallel multi-point design, with 4*1,500 strings of solar modules
Modules per TrackerUp to 120 modules per tracker
System Voltage1000 V or 1500 V
Ground Coverage RatioTypical ≥35%
Foundation OptionsRamming/Pre-drilling/Concrete Piles
Terrain AdaptionUp to 20% N-S Slope
Structure MaterialHot dipped galvanized/Pre-galvanized steel
Power SupplyPowered by PV strings, back-up Li-ion battery
Power ConsumptionTypical 0.04kWh/day
Standard Design Wind Speed105mph (47m/s) per ASCE7-10, higher wind load available
Module SupportedAll commercially available modules
Operation Temperature-20℃ – 60℃ (-30℃ – 60℃ Optional)
ELECTRONIC CONTROLLER SPECIFICATIONS
Control System1 controller per tracker
Control AlgorithmAstronomical algorithms + Tilt sensor close loop
Tracking Accuracy≤ 2°
BacktrackingYes
Communication OptionsLoRa wireless/ RS 485 cable
Night PositionYes

FIXED-TILT SOLAR RACKING SYSTEMS

Wireless Synchronous Seasonal-Tilt Structure

Description:

No Connecting Rod, Independent Pushrod, Simple Structure, One-Button Angle Adjustment,

The wireless synchronous seasonal-tilt structure consists of four main components, column post, main beam, purlin and synchronizing push rod. This patent design features a plug-and-go programmable independent angle adjustment equipment, allows the user to program 4 different angle, and adjust each row to the designated angle with a single click, Arctech’s seasonal-tilt structure can help customers maximize the benefits of their systems, generating more revenue with higher energy yield.

Fixed Tilt Structure

Description:

Excellent adaptability, High level of pre-assembly, Fast installation, No welding at project site, No land leveling required

The dual pole solution is currently the most popular fixed structure due to providing the best trade-off performance and high reliability. The single pole solution is engineered for quick installation. Its unique adjustable connection design enables Arctech’s single pole solution to flexibly cope with different terrains.

Building Integrated Photovoltaics (BIPV)

BIPV Smart Rooftop II

Description:

Arctech has been designing and deploying BIPV solutions since 2016, it is currently at a level of optimization that matches full-compliance with conventional building standards in terms of protecting from leakage, sedimentation and thermal expansion. Arctech’s BIPV offers a seamlessly integrated PV roof whose performance is the same as a traditional roof with the added benefit of renewable energy generation. Transform your rooftop into a photovoltaic power station. It is applicable to brand new buildings and roof retrofitting of existing buildings.

Eight Major Benefits for Business Owners

  • Continuous benefits from photovoltaic power generation
  • Savings on rooftop maintenance cost and time
  • Extensions of rooftop life expectancy from 10 years to 25 years
  • Great improvement of the roof thermal insulation effect
  • Peak load shaving to increase investment income in electricity price
  • Contribute to the society and relieve the pressure of peak power consumption
  • Become low-carbon & environmentally friendly enterprise and get carbon emission credits
  • Increasing social popularities and attentions of green buildings

BIPV System Advantages

Parameter comparison

DESCRIPTIONSBIPVBAPVCOLOR STEEL TILE
Steel Load on Building
Withstand External Load Capacity
Upfront Investment
Generation Capacity×
Years Of Use25 Years10 Years-15 Years10 Years-15 Years
Post-maintenance×