HelioTrack
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HelioTrack is the horizontal single-axis tracker range from EnerTrack, designed for optimal stability and durability.
The range in six figures
- 18 to 130 modules
per tracker in the 1P version
- 18 to 78 modules
per tracker in the 2P version
- 50 °
tracking tilt, extendable to 60°
- 180 km/h
wind resistance in storm mode
- ≤ 2 °
tracking accuracy
- 20% slope
permissible east-west, 10% north-south
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A durable technology, designed for decades of operation
The HelioTrack range meets the requirements of modern PV plants, where performance must go hand in hand with robustness and control of the total cost of ownership.
Its trackers are built on a distributed multi-drive architecture, relying on mechanical linear actuators rather than a single centralised drive train. This technological choice enhances structural reliability.
The multi-actuator design, validated by wind tunnel testing, distributes mechanical loads, limits wind-induced torsional stresses and reduces the risk of systemic failure.
Tested for demanding environmental conditions, the trackers have a rated wind resistance of up to 180 km/h in stow position, even in the harshest outdoor environments.
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Fast installation, easier maintenance
HelioTrack trackers were designed to make life genuinely easier for developers, EPCs and operators. Their optimised design allows simple, efficient installation, with different foundation options depending on ground conditions: driven piles or concrete.
The modular architecture makes maintenance work easier. The multi-drive principle offers a major operational advantage: more targeted, less frequent and simpler maintenance, which has less impact on the overall availability of the installation.
This industrial philosophy aims to reduce operating costs over the long term, with a design focused on maintainability and high availability.
A range suited to every project
- HelioTrack 1P
18 to 130 modules per tracker - HelioTrack 2P
18 to 78 modules per tracker - 1P AgriPVDiscover AgriTrack
the 1P version, for agrivoltaics - 2P AgriPVDiscover AgriTrack
the 2P version, for agrivoltaics
HelioTrack 1P specifications
- Tracker type: 1P, horizontal single-axis tracking
- Drive system: multiple synchronised mechanical linear actuators
- Drive motor: 24 V DC geared motor
- Power supply: 230 V, 50 Hz; optional PV module or DC string
- Foundations: C-section piles, Sigma piles or concrete
- Operating temperature: -20 °C to +55 °C
- Tracker length: 18 to 130 modules
- Tilt: 60° maximum, configurable
- Module types: all framed modules
- Night position: 0° to 5°
- Wind protection: up to 60 km/h in operation, up to 180 km/h in storm mode
- Cleaning position: 45°, configurable
- Ground slope: north-south up to 10%, east-west up to 20%
- Design principles: Eurocode 0, Eurocode 1, Eurocode 3 and EU Machinery Directive 2006/42/EC
- Corrosion resistance: C3
- Materials: hot-dip galvanising, 80 µm on average, or Magnelis ZM310
HelioTrack 2P specifications
- Tracker type: 2P, horizontal single-axis tracking
- Drive system: multiple synchronised mechanical linear actuators
- Drive motor: 400 V AC geared motor; optional 24 V DC geared motor
- Power supply: 400 V, 50 Hz, 0.55 kW per motor; optional 230 V, 50 Hz, 240 W per DC motor
- Foundations: C-section piles or concrete
- Operating temperature: -20 °C to +55 °C
- Tracker length: 18 to 78 modules
- Tilt: 60° maximum, configurable
- Module types: all framed modules
- Night position: 0° to 5°
- Wind protection: up to 60 km/h in operation, up to 180 km/h in storm mode
- Cleaning position: 45°, configurable
- Ground slope: north-south up to 10%, east-west up to 20%
- Design principles: Eurocode 0, Eurocode 1, Eurocode 3 and EU Machinery Directive 2006/42/EC
- Corrosion resistance: C3
- Materials: hot-dip galvanising, 80 µm on average, or Magnelis ZM310
Supervision and control
A tracker’s performance also depends on its availability over time. The HelioTrack range can be paired with a dedicated supervision solution that controls movements, sends data to the monitoring system, tracks operating statuses and quickly identifies faults.
- Control strategy: independent control of each tracker
- Control unit: time and GPS, bidirectional
- Tracking algorithm: astronomical algorithm with adaptive backtracking
- TCU communication: LoRa wireless; optional Modbus RS485
- Monitoring: internet and cloud-based
- Sensors: 1 inclination sensor per tracker in 1P and 2 in 2P, wind sensor, snow or flood sensor
- Tracking accuracy: within 2°
An investment backed by extended warranties
- 10 years
structural warranty
- 15 years
on drive components
- 5 years
on electronics and controllers
- 20 years
of C3 corrosion protection
- 25 years
of spare parts availability
Maintenance, support and operation
Maintenance, technical support and operating service contracts complement the range, to safeguard the installation’s performance over the long term.
From commissioning to long-term support, our teams provide responsive follow-up tailored to the requirements of each project. These commitments give operators valuable visibility over their future costs.
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Let’s talk about your project
Ground slope, soil type, available power supply, agricultural requirements: our teams study the constraints of your site to recommend the right HelioTrack version.
