DCBP series PV battery
analog power (solar battery analog power) is combined with years of
professional experience in power development of BOS, launched a set of
specifically used in PV battery detection system. In-depth research on market
demand and PV cell certification bodies, manufacturers of communication on many
occasions. Based on user needs at any time to provide comprehensive PV battery
simulation test, and to provide the industry's most complete PV battery testing
solutions.
DCBP series PV battery
simulator for digital control IGBT high-power DC power supply, the use of
industrial-frequency isolation transformer structure, active power factor
correction technology, not only can provide a stable pure and reliable DC
power, but also through the internal control circuit to quickly detect
overvoltage , Over-current, over-temperature and short-circuit output
protection, with high power when using fewer devices, simple structure, high
stability, engage in strong impact, long life and other characteristics.
DCBP series PV battery analog power supply (solar battery analog power supply) integrates the advanced power electronics technology, embedded control technology and advanced production technology. The products are highly reliable, stable and easy to operate. Specific product technical characteristics are as follows:
1, Digital voltage and
current control: to meet the photovoltaic / wind power / electric vehicle
inverter test system fast demand, simple and reliable control, automated
testing possible.
2, The perfect digital
protection, improve system reliability.
3, Set the data
storage: multiple sets of test data storage, user-friendly to build
standardized testing process.
4 Rich communication
interface: support RS232, RS485, GPIB and other communication methods.
5, Friendly
man-machine interface: Kunlun-state touch screen display a variety of
parameters and settings.
6, The entire charging
process fully automatic operation, no staff guards.
7, Input and output
isolation.
8, log files up to 1000.
9, RTC real-time
clock.
10, An independent
cooling duct design.
11, The appearance of
human design: the use of rounded, radiator plus protective net to prevent
bruising.
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Type |
DCBP-800-125 |
DCBP-1000-200 |
DCBP-1000-300 |
DCBP-1000-600 |
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Max Output power |
100kW |
200kW |
300kW |
600kW |
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AC INPUT |
Phase |
3相4線+地線 |
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Voltage |
220V/380V±10% |
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Frequency |
50Hz±5%或60Hz±5% |
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AC output |
Voltage display range |
0%~100%× Full load |
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Voltage adjust range |
20%~100%× Full load |
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Current dispaly range |
0%~100%×Full load |
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Current limit range |
10%~100%×Full load |
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Voltage stability |
≤0.5% |
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Load voltage stability |
≤0.5% |
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（Vrms） |
≤1% |
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Display |
Interface |
126×64 VFD |
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Voltage |
0.1V，1%FS |
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Current |
0.1A,1%FS |
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Status |
Running, stop status |
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Clock |
RTC realtime clock |
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Operation interface |
Touch screen |
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Protection |
Output over&low voltage over current, over heat, short circut protection, |
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Cooling |
Forced air cooling |
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Insulation resistance |
Output for the outside＞10MΩ |
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Input to the shell AC1500V / 1 min no arcing breakdown phenomenon ( judgecurrent of 10 ma ), power output and the casing insulating |
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Reliability |
MTBF≥3000h |
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Noise |
<80dB |
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Working environment |
Dust |
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Temperature |
-20℃~+45℃ |
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RH |
<90% ( not condensation state ) work continuously |
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Remove |
RS232 remove（optional） |
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RS485 remove（optional） |
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GPIB remove（optional） |
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