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Quick Details
-
Brand Name:
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KHT
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Model Number:
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KHT-B612-60W
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Work Time (h):
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30000
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Max PV Voltage:
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36v
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Certificate:
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CE
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Warranty:
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2-years
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battery voltage:
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6-12v
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led chip voltage:
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24-36v
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max charger current:
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7a
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max discharge current:
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10a
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remote to adjust current:
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yes
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radar sensor:
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yes
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IR sensor:
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yes
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short protection:
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yes
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charge effiency:
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92%
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power effiency:
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95%
Quick Details
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Type:
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MPPT
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Application:
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Solar System Controller
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Place of Origin:
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Guangdong, China
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Brand Name:
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KHT
-
Model Number:
-
KHT-B612-60W
-
Work Time (h):
-
30000
-
Max PV Voltage:
-
36v
-
Certificate:
-
CE
-
Warranty:
-
2-years
-
battery voltage:
-
6-12v
-
led chip voltage:
-
24-36v
-
max charger current:
-
7a
-
max discharge current:
-
10a
-
remote to adjust current:
-
yes
-
radar sensor:
-
yes
-
IR sensor:
-
yes
-
short protection:
-
yes
-
charge effiency:
-
92%
-
power effiency:
-
95%
Product descriptions from the supplier
1. controller with two schemaitc, one is linear ,linear mean battery votlage =led chip voltage ,that mean if you use 3v battery ,your led chip is 3v ,and all 3v led chip in parallel
2.Boost controller is 3.2v boost to 15-24V or 6.4V/12.8V boost to 15v to 36V ,boost is constant current ,that mean your battery is 2 series or 4 series ,and your led chip is aslo in sereis ,like 5c12b ,if you use 6v led chip ,the output led chip votlage is 5*6v=30v, if with 3v led chip ,the output led chip voltage is 5*3v=15v
3. linear schematic is cheaper ,but effiency is low ,about 80-85% ,boost schematic is a little expensive ,the effiency is 91-95% , for example ,if you do 30w power ,battery ouput is 30w ,but your led light power is 30*0.8=24w for lienar, and for your boost is 30*0.93=28w ,the loss is bigger ,the big current for linear ,30w /3v =10a current for linear ,and only 30w/30v=1a current for boost
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