Nova N1 Smart tracker
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Nova N2 Smart tracker – Twin Beams
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Nova S1(1P)
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Nova N1 Smart tracker
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Nova N1 Smart tracker
With innovative self-locking actuator at each pile and low-tilt stowing technology, Novatracker improve its stability while using less steel. The flexible architecture allows maximum coverage of complicated sites, while reducing structure complexity and lowering project cost.

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Core advantages
Lower initial investment increase project IRR
Using 550W solar module, only needs 130 piles per MW

Excellent terrain adaptability
Adapt to various complex terrains, with unlimited east-west slope and 12° slope tolerance in the north-south direction

High stability and reliability
Multi-point drive system, each pile forms a triangle support structure, which effectively solves the dynamic instability problem which often occurs in long tracker configuration

Higher power gain increases project IRR
increases power gain by 8-25% and project IRR by 1.5-3%

Easy to install and maintain
15% less installation time compared with fixed structure; compatible with truck drive-through cleaning O&M

Smart tracking and algorithm
Powered by Nengyao artificial intelligence algorithm, the Extra 2% power gain with back tracking and cloudy diffuse light tracking strategy
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STRUCTURAL AND ELECTRICAL SPECIFICATIONS
  • Tracking Type

  • Tracking Range

  • Maximum Modules
    per Tracker

  • Key Materials

  • Foundation Type

  • Wind Protection

  • Wind Load (IBC 2016)

  • Compatible Modules

  • Module Configuration

  • Module Mounting

  • Bifacial Compatibility

  • Horizontal Single Axis, Single Row Actuation

  • ±45°, ±60°(Optional)

  • 120

  • High-strength low-carbon steel,
    HDG and pre-galvanized

  • Compatible with all Common types
    (driven pier, concrete, etc.)

  • Low-tilt stowing, self-locking at each post,
    no dampers required

  • 40 m/s (90 mph)standard, higher available

  • Most commercially available modules

  • Two-in-portrait standard, Optional four-in-landscape

  • Pre-galvanized steel strut and stainless steel bolts

  • Bifacial configuration available

DRIVE & CONTROLLER SPECIFICATIONS
  • Drive Type

  • Motor Type

  • Solar Tracking Algorithm


  • Communications protocol

  • Power






  • Multi point drive with linear actuators

  • 24V DC Brushed 24VDC

  • Astronomical algorithm plus closed-loop control

  • Wireless ZigBee or RS485, Modbus

  • Self-power or AC input






STRUCTURAL AND ELECTRICAL SPECIFICATIONS
  • Tracking Type

  • Tracking Range

  • Maximum Modules
    per Tracker

  • Key Materials

  • Foundation Type

  • Wind Protection

  • Wind Load (IBC 2016)

  • Compatible Modules

  • Module Configuration

  • Module Mounting

  • Bifacial Compatibility

  • Horizontal Single Axis, Single Row Actuation

  • ±45°, ±60°(Optional)

  • 120

  • High-strength low-carbon steel,
    HDG and pre-galvanized

  • Compatible with all Common types
    (driven pier, concrete, etc.)

  • Low-tilt stowing, self-locking at each post,
    no dampers required

  • 40 m/s (90 mph)standard, higher available

  • Most commercially available modules

  • Two-in-portrait standard, Optional four-in-landscape

  • Pre-galvanized steel strut and stainless steel bolts

  • Bifacial configuration available

DRIVE & CONTROLLER SPECIFICATIONS
  • Drive Type

  • Motor Type

  • Solar Tracking Algorithm


  • Communications protocol

  • Power

  • Multi point drive with linear actuators

  • 24V DC Brushed 24VDC

  • Astronomical algorithm plus closed-loop control

  • Wireless ZigBee or RS485, Modbus

  • Self-power or AC input

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Nova N2 Smart tracker – Twin Beams
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Nova N2 Smart tracker – Twin Beams
With innovative self-locking actuator at each pile and low-tilt stowing technology, Novatracker improve its stability while using less steel than fixed tilt. The flexible architecture allows maximum coverage of complicated sites, while reducing structure complexity and lowering project cost
编辑内容
Core advantages

Reduce initial investment, improve project IRR
Using 550W solar module, only needs 130 piles per MW

Excellent terrain adaptability
Adapt to various complex terrains, with unlimited east-west slope and 12° slope tolerance in the north-south direction

High stability and reliability
Multi-point drive system, each pile forms a triangle support structure, which effectively solves the dynamic instability problem which often occurs in long tracker configuration

Higher power gain increases project IRR
Increases power gain by 8-25% through well aligned light incident angle, and improve projct IRR by 1.5-3%

Easy to install and maintain
15% less installation time compared with fixed structure; compatible with truck drive-through cleaning O&M

AI algorithm and intelligent operation and maintenance
Powered by Nengyao artificial intelligence algorithm, Extra 2-6% power gain with back tracking and cloudy diffuse light tracking strategy
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STRUCTURAL SPECIFICATIONS
  • Tracking Type

  • Tracking Range

  • Drive System

  • Width

  • Length

  • Wind Load (IBC 2016)

  • Wind Protection

  • Terrain Slope

  • Warranty

  • GCR

  • Operating Temperature

  • Horizontal Single Axis, Single Row Actuation

  • ±45°, ±60°(Optional)

  • Mechanically linked distributed linear actuators

  • up to 4.5m

  • 28-30m per table, up to 90m per motor

  • 50 m/s (3s gust, 300-yr MRI) standard,
    higher available

  • Low-tilt stowing, self-locking at each post,
    no dampers needed

  • N-S: 12°; E-W: No limit;
    Table-to-table articulation: 12°

  • 10 years structure

  • 30-50%

  • -20℃ ~ 60℃(standard, -40℃ ~ 60℃(Optional)

MODULE SPECIFICATIONS
  • Compatible Modules

  • Module Configuration

  • Module Mounting

  • Most compatible

  • Two-in-portrait standard,
    Optional four-in-landscape

  • Pre-galvanized steel strut
    and stainless steel bolts

DRIVE CONTROLLER SPECIFICATIONS
  • Motor

  • Solar Tracking Algorithm

  • Communications protocol

  • Power

  • 24V DC Brushed, ~13 motors/MW

  • Astronomical algorithm + closedloop control+ smart tracking

  • Wireless ZigBee or RS485, Modbus

  • Self-power or AC input


STRUCTURAL SPECIFICATIONS


  • Tracking Type

  • Tracking Range

  • Drive System

  • Width

  • Length

  • Wind Load (IBC 2016)

  • Wind Protection

  • Terrain Slope

  • Warranty

  • GCR

  • Horizontal Single Axis, Single Row Actuation

  • ±45°, ±60°(Optional)

  • Mechanically linked distributed linear actuators

  • up to 4.5m

  • 28-30m per table, up to 90m per motor

  • 50 m/s (3s gust, 300-yr MRI) standard,
    higher available

  • Low-tilt stowing, self-locking at each post,
    no dampers needed

  • N-S: 12°; E-W: No limit;
    Table-to-table articulation: 12°

  • 10 years structure

  • 30-50%



MODULE SPECIFICATIONS
  • Compatible Modules

  • Module Configuration

  • Module Mounting

  • Most commercially available modules

  • Two-in-portrait standard,
    Optional four-in-landscape

  • Pre-galvanized steel strut
    and stainless steel bolts

DRIVE & CONTROLLER SPECIFICATIONS
  • Motor

  • Solar Tracking Algorithm

  • Communications protocol

  • Power

  • 24V DC Brushed, ~13 motors/MW

  • Astronomical algorithm + closedloop control + smart tracking

  • Wireless ZigBee or RS485, Modbus

  • Self-power or AC input

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Nova S1(1P)
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Nova S1(1P)
Classic and proven 1P design with high reliability and improved flexibility

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Core advantages

Excellent terrain adaptability
Excellent terrain adaptability with unlimited east-west slope and 12° slope tolerance in the north-south direction

Higher power gain increases project IRR
8-15% increase in power gain. Application of smart tracking algorithm to increase extra power gain by 2-6%

AI algorithm and intelligent operation and maintenance
Powered by Nengyao artificial intelligence algorithm, extra 2-6% power gain with back tracking and cloudy diffuse light tracking strategy

Resist gale
2 Damping rods are added at the ends to prevent the damage caused by wind flutter, and the damping rods are upside down to ensure the application in windy sand areas

Easy to maintain
Tracking system is designed friendly to the passage of cleaning and O&M vehicles

Safe and reliable
The total torque of the narrow row and load of the rest piles are small, self locking slew Drive in the middle
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STRUCTURAL AND ELECTRICAL SPECIFICATIONS
  • Tracking Type

  • Tracking Range

  • Maximum Modules
    per Tracker

  • Main Materials

  • Foundation Type

  • Wind Load (IBC 2016: 3s Exposure C)

  • Terrain Slope

  • Operation Temperature
    Range

  • String Voltage

  • Compatible Modules

  • Module Configuration

  • Module Mounting

  • Bifacial Compatibility

  • Horizontal Single Axis, Single- Row Actuation

  • ±45°, ±60°(Optional)

  • 90m (550W PV module)

  • High-strength low-carbon steel,
    HDG and pre-galvanized

  • Compatible with all common types
    (driven pier, concrete, etc.)

  • 45 m/s (100 mph)standard

  • N-S: 10°; E-W: not limited

  • -40° to 60°C

  • Up to 1500 V

  • Most commercially available modules

  • One-in-portrait standard, 28x3 in one tracker

  • Pre-galvanized or HDG steel
    strutand stainless steel bolts

  • Bifacial configuration available

DRIVE & CONTROLLER SPECIFICATIONS
  • Motor Power

  • Drive Type

  • Motor Type

  • Solar Tracking Algorithm

  • Communications protocol

  • Tracking Accuracy

  • Tracking Accuracy

  • Less than 200W

  • Slew driver

  • 24V DC Motor (Brushed)

  • Astronomical algorithm plus closed-loop control

  • Wireless ZigBee or RS485, Modbus

  • ±1°

  • Self-power or AC input

STRUCTURAL AND ELECTRICAL SPECIFICATIONS
  • Tracking Type

  • Tracking Range

  • Maximum Modules
    per Tracker

  • Main Materials

  • Foundation Type

  • Wind Load (IBC 2016: 3s Exposure C)

  • Terrain Slope

  • Operation Temperature
    Range

  • String Voltage

  • Compatible Modules

  • Module Configuration

  • Module Mounting

  • Bifacial Compatibility

  • Horizontal Single Axis, Single- Row Actuation

  • ±45°, ±60°(Optional)

  • 90m (550W PV module)

  • High-strength low-carbon steel,
    HDG and pre-galvanized

  • Compatible with all common types
    (driven pier, concrete, etc.)

  • 45 m/s (100 mph)standard

  • N-S: 10°; E-W: not limited

  • -40° to 60°C

  • Up to 1500 V

  • Most commercially available modules

  • One-in-portrait standard, 28x3 in one tracker

  • Pre-galvanized or HDG steel
    strutand stainless steel bolts

  • Bifacial configuration available

DRIVE & CONTROLLER SPECIFICATIONS
  • Motor Power

  • Drive Type

  • Motor Type

  • Solar Tracking Algorithm

  • Communications protocol

  • Tracking Accuracy

  • Tracking Accuracy

  • Less than 200W

  • Slew driver

  • 24V DC Motor (Brushed)

  • Astronomical algorithm plus closed-loop control

  • Wireless ZigBee or RS485, Modbus

  • ±1°

  • Self-power or AC input

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