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BWR8KLNA
Brightway
Hybrid solar inverters represent an advanced class of solar power electronics, designed to seamlessly convert direct current (DC) electricity generated by photovoltaic panels into grid-compatible alternating current (AC). These intelligent devices integrate dual-mode operation - combining grid-tied functionality with off-grid resilience - enabling uninterrupted power supply during grid instability or outages while optimizing energy harvest through peak shaving and time-of-use management. Their adaptability across residential, commercial, and industrial sectors stems from sophisticated control algorithms that balance real-time power generation, energy storage, and consumption patterns. By incorporating battery interfaces and smart switching mechanisms, hybrid inverters enhance system reliability, reduce energy waste, and provide critical backup solutions for regions with unreliable grid infrastructure or frequent power interruptions.
| Model | BWR5KLNA | BWR6KLNA | BWR8KLNA | BWR10KLNA |
| PV input | ||||
| Max. power(kW) | 7.5kw | 9kw | 12kw | 13kw |
| MPPT voltage range(V) | 120 - 500V | |||
| Max. DC voltage (V) | 500V | |||
| Max.Input current of single MPPT(A) | 12A | |||
| MPPT tracker/strings | 4/2 | |||
| AC output | ||||
| Rated output power(kVA) | 5KVA | 6KVA | 8KVA | 10KVA |
| Max. output current(A) | 24A | 28.8A | 38.3A | 47.8A |
| Ac output voltage(V) | 120/240(split phase), 208(2/3 phase),230 (single phase) | |||
| Frequency (Hz) | 50/60Hz | |||
| Power factor | 0.8leading…0.8lagging | |||
| THDI | < 3% | |||
| AC output topology | Split phase, 2/3 phase, single phase | |||
| Battery | ||||
| Battery voltage range(V) | 40V~58V | |||
| Max. charging voltage(V) | 58V | |||
| Max. charge/discharge current(A) | 120A/120A | 135A/135A | 190A/190A | 210A/210A |
| Battery type | Lithium/Lead-acid | |||
| Communication | CAN,RS485 | |||
| EPS output | ||||
| Rated power(kVA) | 5KVA | 6KVA | 8KVA | 10KVA |
| Rated output voltage(V) | 120/240 (split phase), 208 (2/3 phase),230 (single phase) | |||
| Rated output current(A) | 24A | 28.8A | 38.3A | 47.8A |
| Rated frequency(Hz) | 50/60Hz | |||
| Automatic switching time(ms) | ＜20ms | |||
| Output THDu | < 2% | |||
| Overload capacity | 125%,60S/150%,1S | |||
| General data | ||||
| Max efficiency | ≥98.2% | |||
| North american efficiency | ≥97.2% | |||
| Ingress protection | IP65/NEMA 3R | |||
| Noise emission(dB) | <25dB | <29dB | <29dB | <29dB |
| Cooling | Natural | |||
| Operation temperature | -25℃ ~ 60℃ | |||
| Relative humidity | 0-95%（non-condensing） | |||
| Altitude | 2,000m(>2,000 Derating) | |||
| Weight(kg) | 41kg | |||
| Dimensions W *D *H (mm) | 430*220*710MM | |||
| Isolation transformer | No | |||
| Self-consumption(W) | <3w | |||
| Display and communication | ||||
| Display | LCD, touch screen | |||
| Interface:RS485/Wifi/4G/ CAN/DRM | Yes | |||
| Safety standard | UL1741SA all options, UL1699B, CSA 22.2 | |||
| EMC | FCC Part 15, Class B | |||
| On-grid | IEEE 1547, IEEE 2030.5, Hawaii Rule 14H, Rule 21 Phase I,II,III,NRS | |||
Hybrid solar inverters represent an advanced class of solar power electronics, designed to seamlessly convert direct current (DC) electricity generated by photovoltaic panels into grid-compatible alternating current (AC). These intelligent devices integrate dual-mode operation - combining grid-tied functionality with off-grid resilience - enabling uninterrupted power supply during grid instability or outages while optimizing energy harvest through peak shaving and time-of-use management. Their adaptability across residential, commercial, and industrial sectors stems from sophisticated control algorithms that balance real-time power generation, energy storage, and consumption patterns. By incorporating battery interfaces and smart switching mechanisms, hybrid inverters enhance system reliability, reduce energy waste, and provide critical backup solutions for regions with unreliable grid infrastructure or frequent power interruptions.
| Model | BWR5KLNA | BWR6KLNA | BWR8KLNA | BWR10KLNA |
| PV input | ||||
| Max. power(kW) | 7.5kw | 9kw | 12kw | 13kw |
| MPPT voltage range(V) | 120 - 500V | |||
| Max. DC voltage (V) | 500V | |||
| Max.Input current of single MPPT(A) | 12A | |||
| MPPT tracker/strings | 4/2 | |||
| AC output | ||||
| Rated output power(kVA) | 5KVA | 6KVA | 8KVA | 10KVA |
| Max. output current(A) | 24A | 28.8A | 38.3A | 47.8A |
| Ac output voltage(V) | 120/240(split phase), 208(2/3 phase),230 (single phase) | |||
| Frequency (Hz) | 50/60Hz | |||
| Power factor | 0.8leading…0.8lagging | |||
| THDI | < 3% | |||
| AC output topology | Split phase, 2/3 phase, single phase | |||
| Battery | ||||
| Battery voltage range(V) | 40V~58V | |||
| Max. charging voltage(V) | 58V | |||
| Max. charge/discharge current(A) | 120A/120A | 135A/135A | 190A/190A | 210A/210A |
| Battery type | Lithium/Lead-acid | |||
| Communication | CAN,RS485 | |||
| EPS output | ||||
| Rated power(kVA) | 5KVA | 6KVA | 8KVA | 10KVA |
| Rated output voltage(V) | 120/240 (split phase), 208 (2/3 phase),230 (single phase) | |||
| Rated output current(A) | 24A | 28.8A | 38.3A | 47.8A |
| Rated frequency(Hz) | 50/60Hz | |||
| Automatic switching time(ms) | ＜20ms | |||
| Output THDu | < 2% | |||
| Overload capacity | 125%,60S/150%,1S | |||
| General data | ||||
| Max efficiency | ≥98.2% | |||
| North american efficiency | ≥97.2% | |||
| Ingress protection | IP65/NEMA 3R | |||
| Noise emission(dB) | <25dB | <29dB | <29dB | <29dB |
| Cooling | Natural | |||
| Operation temperature | -25℃ ~ 60℃ | |||
| Relative humidity | 0-95%（non-condensing） | |||
| Altitude | 2,000m(>2,000 Derating) | |||
| Weight(kg) | 41kg | |||
| Dimensions W *D *H (mm) | 430*220*710MM | |||
| Isolation transformer | No | |||
| Self-consumption(W) | <3w | |||
| Display and communication | ||||
| Display | LCD, touch screen | |||
| Interface:RS485/Wifi/4G/ CAN/DRM | Yes | |||
| Safety standard | UL1741SA all options, UL1699B, CSA 22.2 | |||
| EMC | FCC Part 15, Class B | |||
| On-grid | IEEE 1547, IEEE 2030.5, Hawaii Rule 14H, Rule 21 Phase I,II,III,NRS | |||
