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Controller (TCU)
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Data Gateway (NCU)
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Data Offline Cache
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1 year,(20s/100pcs data) ①
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10 years (1min/100pcs data) ②
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Sensor access
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Inclination sensor
Hall sensor
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Wind sensor; solar irradiator
Snow depth sensor (optional); water immersion sensor (optional)
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Number of drive outputs
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<4 points (swing drive, linear push rod)
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Online status monitoring of TCU group
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Type of inclinometer
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Built-in inclination angle, external inclination angle ③
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TCU group remote control function
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Night flattening mode
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Have
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Hail mode (optional)
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Anti-shadow tracking mode
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Have
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Heavy Snow Mode (optional)
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tracking accuracy
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± 0.5 °
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Multi-stage gale protection
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Height difference compensation ④
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Have
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Heavy rain mode (optional)
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NCU disconnection protection ⑤
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Have
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Sub-array flat mode
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Low battery protection ⑥
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Have
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Communication mode
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LoRa, Bluetooth, RS485, Modbus_RTU, Modbus_TCP
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Battery capacity
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3Ah
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Battery protection ⑦
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Low temperature operation protection/overcharge protection/overdischarge protection/short circuit protection
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Power supply mode
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Series power supply mode/independent widget power supply mode/external AC power supply mode
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Debugging method
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Bluetooth 4.0 and above wireless connection + Android mobile terminal
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Working temperature
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-30 ℃ ~ +60 ℃
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Maximum tracking range
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E/W:± 60°, configurable
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Protection level
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Ip65
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Offline encryption log ⑧
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Have
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15s fast configuration ⑨
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Have
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Watchdog
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With hardware and software watchdog
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Sound and light alarm function
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Have
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System operating altitude
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4000m
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Comments:
① Key operation data (such as working status, alarm status, angle of inclinometer, etc.) will be stored in seconds. Each controller can store at least 100 pieces of valid data in 20s, while the continuous offline cache time will be maintained for at least one year.
② Key operation data (such as wind speed, wind direction, irradiation value and alarm information) will be stored in seconds. At least 100 pieces of valid data are stored per minute, and the continuous offline cache time can be up to three years.
③ The optional configuration includes built-in inclinometer and external inclinometer, supporting up to four inclinometers; single-point drive without external inclinometer.
④ Solve the “hot spot effect” caused by the shadow shielding between the tracking brackets caused by the difference in terrain height of the photovoltaic field area, and avoid the damage of the photovoltaic module and the loss of power generation caused by the “hot spot effect”.
⑤ When the communication interruption time between the gateway and the controller exceeds a certain time limit, the tracking bracket will enter the disconnection protection state to prevent damage to the tracking bracket due to special circumstances during the communication interruption.
⑥ If the controller cannot maintain the normal working power due to special circumstances, the equipment will enter the low-power protection mode and adjust the bracket to a safe angle to protect the mechanical structure of the tracking bracket to the greatest extent.
⑦ As a key component in the controller, the battery must have a comprehensive protection function to ensure that the tracking bracket is in the best and safe working state.
⑧ The work log of the control system has an encryption function, and only the person holding the key can be authorized to access the log.
⑨ Trained operators can complete the parameter configuration of a controller on site within 15s, greatly reducing debugging labor costs.
Synwell tracking bracket control system
京公网安备 11010802043282号