PV Optimizer 600w Solar Optimizer Low Loss Improve Solar Energy Power Optimizer
PV Optimizer 600w Solar Optimizer Low Loss Improve Solar Energy Power Optimizer
PV Optimizer 600w Solar Optimizer Low Loss Improve Solar Energy Power Optimizer
PV Optimizer 600w Solar Optimizer Low Loss Improve Solar Energy Power Optimizer
PV Optimizer 600w Solar Optimizer Low Loss Improve Solar Energy Power Optimizer
PV Optimizer 600w Solar Optimizer Low Loss Improve Solar Energy Power Optimizer
PV Optimizer 600w Solar Optimizer Low Loss Improve Solar Energy Power Optimizer

PV Optimizer 600w Solar Optimizer Low Loss Improve Solar Energy Power Optimizer

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Price:$25.00 - $30.00

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Product Overview

Description



Product Description





PV Module MPPT External Optimizer

*Applies to all types of modules, Optimization +Voltage Limiting +Anti-Hotspot
*Based on Sillumin power optimization chip SLM6120, eliminate panel or cell level mismatch
*Solve the current mismatch issues caused by shading gradients, aging variations, temperature gradients, soiling
gradients, etc.
*Optimize power generation, lower LCOE, improve system reliability, and extend the service life of solar module




Solar Optimizer
The application scenarios of the solar optimizer are various types of solar power systems, which can collect the data (such as power, voltage, current, temperature) of solar modules in real time, and the data is summarized at the communication gateway and uploaded to the server. At the same time, the product has the function of actively and quickly shutting off the output of the corresponding solar module when necessary. In addition, Maximum Power Point Tracking (MPPT) optimizes the power output of solar modules in real time to increase power generation.


Specifications


Product
External Optimizer
Input Parameter
Maximum Input Power
600 W
Operating Voltage Range
3 ~ 70 V
MPPT Voltage Range
8 ~ 70 V
Maximum Input Current
15 A | Scalable
Over-current Protection
18 A
Over-temperature Protection
160 ℃
Output Parameter
Maximum Output Current
17 A
Theoretical Maximum Output Voltage
65 V
Output Voltage Limiting Threshold
42 V | Adjustable
Total Maximum System Voltage
1500 V
72 Type Module String@1500 V
36 Modules
72 Type Module String@1100 V
26 Modules
72 Type Module String@1000 V
24 Modules
Conversion Efficiency
Peak Conversion Efficiency
99.5%
Power Consumption@5 A
0.9 W
Power Consumption@8 A
1.4 W
Power Consumption@12 A
2.9 W
Power Consumption@15 A
3.8 W
Specifications
Dimensions（L×W×H）
105*105*20 mm
Weight
500 g
Cable
4.0 mm²
Input Wire 50 cm*2PCS
Output Wire 70 cm*2PCS
Connector
MC4 (Compatible)
Operating Temperature Range
-40 ~ +85 ℃
Protection Rating
IP65
Designed Life
30 Years
Standard Features
Optimization | Voltage Limiting | Anti-Hotspot


Feature

Real-Time Monitoring:Minute-level data monitoring, millisecond-level data response. Even if you are far away, you can grasp the power generation status of PV modules in real time through multiple channels such as web, APP, and small programs
Safe and Fast Shutdown:After the smart device detects a high- riskpower generation abnormality, it will actively shut down the output of the solarmodule within milliseconds, giving priorityto the safety of personnel and systems
Low power consumption:The daily working power is less than 0.3W, and the impact on the power generation of solar modules is minimal
Long working years:Selected and reliable components, double standard test conditions, and strive to guarantee the same working life as solar modules


Installation


Step 1.
* Inverter shuts down and disconnects from component array
* Before installing the power optimizer, make sure the inverter is stopped and disconnect the inverter from the module array.

Step 2.
The optimizer is installed to the component border




Screw Installation
Put the power optimizer into the frame of the module,and align the mounting screw holes with the side of the module.
the mounting holes of the frame, and tighten the screws. Confirm that the power optimizer is firmly fixed and the installation is complete.
Snap Installation
Install the power optimizer on the outer frame of the photovoltaic panel through the clip, and the clip is completely inserted into the outer frame to complete the installation.




Step 3. Input cable connection
Step 4. Connect the output lines to form a string




Product Packaging




Application




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