NEWSLETTER
SE 5/6/7.6/10/11.4KHB-UL
Features
- Maximize PV input Power
Up to 200% oversizing allowed with 3 MPPTs
Support high power module with 30A PV input current
Support AC coupled solar input
Integrated arc fault circuit interrupter (AFCI) and Rapid Shutdown
Flexible Battery Configuration
Built-in DC Breaker for safety and reliability
Support 40-64V Lithium or Lead-acid battery
Maximum battery charge/discharge current of 210A
Stable Output Power
Continuous 110% of nominal AC power
Support 120/240/208V connections
Seamless backup transition (<10ms) Versatile Applications
Stackable up to 9 units
Standby generator connection for whole-home back up
Four application modes，mixed with time control
Remote configuration and upgrade
Solar Energy Storage Inverter
3 phase solar battery inverter is a device that combines a solar inverter and a battery inverter into one unit. This allows the Hybrid Solar Inverter to intelligently process power from solar panels, solar cells and the utility grid simultaneously.
The direct current (DC) power generated by the photovoltaic (PV) system is converted to alternating current (AC) power for use in powering homes. This type of grid-tied solar inverter can also deliver excess power generated to the utility grid.
The process of converting the DC power stored in the solar cell memory to AC power that can be used in the home is managed by the battery inverter.
Specification
| Model | SE 5KHB-130-D2/UL | SE 6KHB-130 D2/UL | SE 7K6HB-180 T2/UL | SE 10KHB-210 T2/UL | SE 11K4HB-210 T2/UL |
| Efficiency | |||||
| Max. Efficiency (PV to AC) | 98.0% | ||||
| Max. Efficiency (BAT to AC) | 94.5% | ||||
| CEC. Efficiency | 96.5% | ||||
| Input (PV) | |||||
| Max. PV Input Power | 7,500W | 9,000W | 12,000W | 15,000W | 15,000W |
| Max. PV Voltage | 600V | ||||
| Start-up Voltage | 90V | ||||
| MPPT Operating Voltage Range | 70V-540V | ||||
| Max. Input Current per MPPT | 30A/22A | 30A/22A/22A | |||
| Max short current per MPPT | 40A/30A | 40A/30A/30A | |||
| String per MPPT | 2/2 | 2/2/2 | |||
| Nos. of MPPT | 2 | 3 | |||
| Input / Output (BAT) | |||||
| Battery Type | Lithium-ion/Lead-acid | ||||
| Nominal battery voltage | 48V | ||||
| Battery voltage range | 40V-64V | ||||
| Max. charge/discharge current | 210A/130A | 210A/130A | 210A/180A | 210A/210A | 210A/210A |
| Max. charge/discharge power | 10,000W/5,000W | 10,000W/6,000W | 10,000W/7,600W | 10,000W/10,000W | 10,000W/10,000W |
| Output (Grid) | |||||
| Nominal AC Output Power | 5,000W | 6,000W | 7,600W | 10,000W | 10,000W |
| Max. AC Output Apparent power | 5,500VA | 6,600VA | 7,600VA | 11,000VA | 11,400VA |
| Max. AC Output Power (PF=1) | 5,500W | 6,600W | 7,600W | 11,000W | 11,400W |
| Nominal AC Output Current | 20.9A | 25A | 31.7A | 41.7A | 41.7A |
| Max. AC output current | 22.9A | 27.5A | 34.8A | 45.8A | 47.5A |
| Nominal Grid Voltage | 120/240V (Split phase) / 208V (2/3 phase) | ||||
| Nominal Grid Frequency | 50 Hz /60Hz | ||||
| Grid Frequency Range | 45Hz-55Hz/55Hz-65Hz（（Adjustable） | ||||
| Power Factor | > 0.99 @rated power (Adjustable 0.8 LG – 0.8 LD) | ||||
| THDI | <3% (Rated Power) | ||||
| Output (Back Up) | |||||
| Nominal Output Power | 5,000W | 6,000W | 7,600W | 10,000W | 10,000W |
| Max. AC Output Power (PF=1) | 5,500W | 6,600W | 7,600W | 11,000W | 11,400W |
| Nominal Output Current | 20.9A | 25A | 31.7A | 41.7A | 41.7A |
| Peak Output Apparent Power(1s) | 10,000VA | 12,000VA | 15,200VA | 20,000VA | 20,000VA |
| Nominal Output Voltage | 120/240V (Split phase) / 208V (2/3 phase) | ||||
| Nominal Output Frequency | 50 Hz /60Hz | ||||
| Transfer Time | ＜10ms（typical） | ||||
| THDV | <3% @100% R Load | ||||
| Protection | |||||
| Protection Category | Class I | ||||
| DC Switch | Yes | ||||
| Anti-islanding Protection | Yes | ||||
| AC Overcurrent Protection | Yes | ||||
| DC/AC Overvoltage Protection | DC Type II, AC Type Ⅳ | ||||
| AC Short Circuit Protection | Yes | ||||
| DC Reverse connection | Yes | ||||
| Surge Arrester | DC Type II, AC Type II | ||||
| Insulation Resistance Detection | Yes | ||||
| Leakage Current Protection | Yes | ||||
| AFCI | Yes | ||||
| RSD | Yes | ||||
| Generator | Yes | ||||
| General | |||||
| Max. Operation Altitude | 2000m | ||||
| Ingress Protection Degree | NEMA 3R | ||||
| Operating Temperature Range | -25~60℃(>45℃ derating) | ||||
| Relative Humidity | 0~100% | ||||
| Cooling Method | Fan Cooling | ||||
| Mounting | Wall bracket | ||||
| Dimensions (W*H*D) | 16.5*31.5*9.4 inch（420mm*800mm*240mm） | ||||
| Weight | 40Kg/88Ib | ||||
| PV Connection Way | Terminals | ||||
| HMI & COM | |||||
| Display | Wireless & APP + LED , LCD (optional) | ||||
| Communication Interface | CAN (for BMS), DRM/RS485 (for meter), RS485 , Optional: WiFi /LAN | ||||
| Certification | |||||
| Grid | UL1741SB, IEEE1547: 2018, HECO SRD 2.0 | ||||
| Safety | UL 1741/CSA C22.2/UL 1699B | ||||
| EMC | FCC Part 15 Class B | ||||
| Warranty | 5 Years | ||||
What is a solar Storage?
A solar storage allows you to store electricity generated from the sun through solar panels and then use it at night or later. Adding a solar cell is a great way to use more renewable energy, utilize your own generated power and reduce your dependence on the grid.
We offer solar cells as part of a solar panel installation kit, or you can add solar cells to your existing solar panel system.
Our dedicated team of solar and battery storage experts will provide information and advice to help you choose the right power storage solution for your needs.
How do solar Storage work?
Solar panel batteries, also known as solar energy storage system, work by storing excess energy produced by solar panels (also known as solar photovoltaic (PV) panels) during the day so that it can be used when there is no sunlight. There are two main types of battery technology in use today, lithium-ion and lead-acid, both of which are designed to handle the cyclic charging and discharging required for solar energy storage.
When sunlight hits a solar panel, the solar cells in the panel convert the sunlight into electricity in the form of direct current (DC). This DC current then flows to an inverter, which converts the DC current to alternating current (AC), which is used to power household appliances and devices. If your home’s electricity needs are lower than the amount of power generated, DC power can be drawn from the solar panels and used to charge the batteries.