Smart Solar Tracker Control System Remote Control
Working principle:
Our single axis solar tracker control system has the function of
tracking the movement of the sun during the time of sunrise to
sunset. It can assist your solar collector to absorb more 15%-25%
of solar energy in comparison with the collector which has not
installed solar tracker.
The tracking system is controlled by the tracking controller, with
simple structure, easy installation, flexible response, good
reliability and strong fault identification ability. Compared with
traditional fixed inclination installation, the generating capacity
can be increased by 15%-20% (depending on local conditions).
Technical parameters of Smart Solar Tracker Control System Remote
Control
| Technical parameters |
| Ground Coverage Ratio | ≥ 25% |
| Foundation Options | All foundation types |
| Terrain Adaption | Up to 20% N-S slope |
| Structure Material | Hot dip galvanized steel |
| Power Consumption | 0.2-0.5kWh/day |
| Power Supply Mode | Powered by PV strings, back-up lithium battery |
| Standard Design Wind Speed | 18m/s |
| Module Supported | All commercially available modules |
| Operation Temperature | -40℃ - 70℃ |
| Control Algorithm | Astronomical algorithms + Tilt sensor close loop |
| Tracking Accuracy | ≤ 1° |
| String-Powered | Yes |
| Backtracking | Yes |
| Communication Options | LoRa wireless /RS 485 cable |
| Night Position | Yes |
Advantage:
1. Built Tough for Superior Reliability
Designed for high loads and extreme whether, our robust design is
warranted for 20 years. Fewer moving parts and anti-corrosive
materials minimize operation failure points.
2. System Flexibility for Greater Power Density
No linked rows and independent tables mean given layout and
topography. Our system maximizes ground coverage for optimal power
density on any site.
3. Fewer Parts / Faster to Install / Lower Cost
Prefabricated racking and up to 30% less piles than competitors
result in faster installation and
lower labor and material costs. This means minimizing risks and
lowering operational and capital expenditures.
4. Reduced Pre-Construction Civil Work
Unique land adaptability minimizes soil disturbances and storm
water management.
5. Less O&M / More Power Generation
Maintenance-free components, low fastener count and few moving
parts means reduced ability. Independently driven rows allows for
easy access for land and system maintenance
Functions:
1. Max terrain tolerance in N-S direction up to 15%.
2. Excellent compatibility with all the solar modules available on
the market, framed, frameless and bi-facial.
3. Independent 2P module design, which reduces the quantity of
posts and the installation cost significantly.
4. Free obstacles among trackers in N-S direction, easy to maintain
and clean.
5. Design configured with one single set of controller, which
ensures point-to-point real-time monitoring, easy to detect fault
points in time and reduce output loss.
