hree eight advantages
l Advanced technology advantage
Advanced Streaming technology: PID+PWM diversion technology to maximize the efficiency of power generation system;
Advanced brake technology: Gradual unloading and timing brake technology, Make the wind power generator to run more stable，Longer service life
l Ultra high reliability
Strong or weak electric separation, Modular design, To reduce the impact of each system; Design margin 200%, Improve the overload capacity of the system; Filter selection of ultra high voltage (800V or 1200V) dedicated film capacitor; Heating element selection of large power radiator (2kg) + air cooling；Key components selection of quality components to ensure the stability of the product.
l Value for money
One machine, Not only can be used as a set of scenery complementary power generation intelligent control equipment, Can also be used as a set of wind power generator measuring equipment.
l Ultra security protection
With over voltage, over current, over high temperature, short circuit, lightning protection and so on; Encounter abnormal conditions, Control system automatically start the protection program, At the same time protecting the controller, Also the battery, wind power generator, solar panels, load protection, Avoid loss.
l Fast running speed
The controller adopts the advanced Cortex-M3 structure embedded low power CPU as the core, Dominant frequency 72MHz.
l Ultra multi communication interface
Up to 3 communication data interfaces; Two 232（Compatible 485）+ One 485。
l Super adaptability
Whether it is a mountain, Sea，Or inland areas, Users can according to different application environment, just modify the relevant work，Can make the wind power generator efficiency to achieve optimal.
l Ultra simple operation
Integrated scheme, Humanized design, Easy installation and adjustment, Site wiring is simple.
Four Data parameter
Model Classification | SV_WB_P_10K | |
Input parametes | Generator power | <=10KW |
Voltage range (DC) | <=1000V | |
First grade brake + setting time | √ | |
Two stage brake + setting time | √ | |
Three stage brake + setting time | √ | |
Output parameter | Maximum output power (Note 3) | 12KW |
Maximum discharge power (Note 4) | 12KW | |
Maximum output voltage (Note 5) | 1000V | |
Maximum output current (Note 6) | 100A | |
Product characteristics | Power supply | AC85~AC264V |
CPU A main board | Cortex-M3 CPU,72MHz | |
Maximum power consumption | 20W | |
Display | 7 inch touch screen | |
Dissipate heat | Radiator + air cooling | |
Allow instantaneous power failure | Less than20ms | |
Voltage resistance | AC1000V-10MA 1 Minute（Signal and ground） | |
Insulation resistance | DC500V- about 10MΩ （Signal and ground） | |
Product specifications | Overall size (mm)(L*W*H) | 800*600*1400 |
Net weight (Kg) | 150 | |
Case structure | Sheet metal structure | |
Case color | Industrial ash + industrial blue | |
Installation method | Vertical installation | |
Protection level | IP20 | |
Environmental condition | Working temperature | -10℃~55℃ |
Working humidity | 5%~90% | |
Storage temperature | -10℃~70℃ | |
Vibration frequency | 10~57Hz 57~150Hz | |
VibrationAcceleration | 0.075mm 9.8/s² | |
Vibration scan frequency | Oct/min <=1 | |
Safeguard | Over voltage protection | √ |
Over current protection | √ | |
Over temperature protection | √ | |
Short circuit protection | √ | |
Parameter password protection | √ | |
Lightning protection | × | |
External interface | COMM1 | Choice of RS232 or RS485 |
COMM2 | Choice of RS232 or RS485 | |
COMM3 | Choice of RS485 | |
Measurement parameters | WIND_ A phase voltage | √ |
WIND_ B phase voltage | √ | |
WIND_ C phase voltage | √ | |
Solar energy | l | |
Solar current | l | |
Solar power | l | |
Output voltage | √ | |
Output current | √ | |
Current output power | √ | |
Cumulative output power | √ | |
Current PWM power | √ | |
Cumulative PWM power | √ | |
Current running time | √ | |
Cumulative operating time | √ | |
CPU Motherboard temperature | √ | |
Power component temperature | √ | |
Unloading box temperature | √ | |
