Chinese Website
   
   
Home > Product > Inverter > SOLAR KING

SOLAR KING
 

The most advanced grid-tie PV inverter in the world. Converting sun light into electricity energy for home / industrial applications, and powering up our world with free solar energy is now no longer just a dream.

Features :

Powercom Solar king is the most advanced solar inverter for grid connected PV-plant. Solar king is designed base on the following principles:
High converting efficiency / boosting system effeciency via MPPT / Low cost / easy installation and maintenance / user friendly / and long-life usage.

With 3 different input voltage ranges allowing customer to have flexible choice for different applications.

96.5% high converting efficiency and up to 99% high MPPT efficiency are both above average market standard.

Solar King is designed to be user friendly and with easy installation to reduce installation costs. User can easily monitor the system status from the remote control display LCD panel.

IP-65 enclosure protects against severe outdoor installation environment.

USB & RS-232 communication ports are available for remote monitoring & control. With optional RS485 or SNMP card for future expansion.

Model
SLK-1500 SLK-2000 SLK-3000 SLK-4000
Input Data
Maximum Input Power 1875W 2500W 3750W 5000W
Nominal DC Voltage 360V~400V
Maximum input voltage 500VDC
MPPT voltage range

150V to 500V +/-5%

System start-up voltage 100 +/-5%
Working voltage range * 100 +/-5% ~ 500-5%+0%V
Initial feeding voltage * 150V +/-5%
Full rating working range 250V to 500V
Max. input current 7.5ADC 10ADC 15.2ADC 20ADC
Shutdown voltage 80V typical
DC voltage ripple < 10%
DC insulation resistance ** > 8M ohm
DC Switch On/Off 20A
DC Connector Tyco-contract (1-pair)
Attachd DC Connector Tyco-contract (1-pair) cable type Tyco-Contract
(3 pairs)
Output data
Nominal output power 1500W 2000W 3000W 4000W
Maximum output power
(The time is limited to 10 minutes @ 50°C ambient)
1650W 2200W 3300W 4400W
Operational Voltage range *** 198V, minimum
256V maximum
Operational Normal voltage 230 Vac
Operational frequency range

50/60Hz, auto selection
47.5<f50<50.2 for 50Hz
59.3<f60<60.5 for 60Hz

Nominal output current 6.6A 8.7A 12.1A 17.4A
O/P current distortion THD<5%, each harmonics <3%
Power Factor > 0.99%
DC current injection <0.5% of rated inverter output current
General Data
Internal power consumption < 7W
Standby power (at night) < 0.1W
Minimum conversion efficiency (DC/AC) >90%
Under input voltage>210V, load >20%
Maximum Conversion Efficiency (DC/AC) >94% >95% >96%
European Efficiency >93% >94% >95%
GFCI threshold See ground fault current detection

Ground current detection range

0~500mA
Ground current detection frequency 0~700Hz
DC input impedance requirement >2M Omega
Protection degree IP 65 or IP43
Operation temperature -25 to 50°C
Humidity 0 to 95%, non-condensing
Heat Dissipation Convection
Acoustic noise level <40dB, A-weighted, frequency up to 20kHz
Altitude Up to 3000m without power derating, 5°C derated for each additional 500m

* Load curve :


The relation of input DC voltage and output power is shown in figure. Once input V is less than 250V, the relation of I/P V and load % is : Load% = 0.4 x Vi


1. This is voltage range that inverter will start to feed power to grid.
2. The DC resistance requirement for positive or negative terminal to chasis ground
3. In VDE0126-1-1, it is ¡V20%/ +15%. DK5940, RD1663 are also available.
4. Based on the limit of VDE0126-1-1
5. Based on limit of IEEE929
6. Under the output voltage is 230VAC
7. Under utility voltage THD<3%
8. under input voltage>= 400V, full rated output power, 25oC ambient
9. According to VDE0126-1-1 requirement

Mechanical Requirements:

Model SLK-1500 SLK-2000 SLK-3000 SLK-4000
Physical: W*D*H (mm) 352*300*133
352*300*133
352*300*133 550*300*133
Physical: Weight (kg)
14 14 14 21
Shipping: W*D*H (mm)
465*465*285
465*465*285 465x465x285 665*465*285
Shipping: Weight (kg)
16 16 16 23

** The dimension and weight here could be changed due to product modification


BACK




Copyright © Powercom Co., Inc. 2006, All Rights Reserved.