BNSA Series
Industrial DC–AC Inverters
Convert battery DC power into stable three-phase AC — no PV, no grid-tie, pure industrial power conversion. 5kVA to 2,000kVA, single-phase & three-phase.
Standalone Industrial Power Conversion for Sites Without Reliable Grid Access
Remote facilities, microgrid sites, telecom base stations and industrial loads often have a DC power source — a battery bank or DC bus — but no way to run standard AC equipment from it independent of the utility grid. The BNSA series solves exactly this: a standalone DC-to-AC inverter that delivers clean, stable, regulated power for AC loads. Available in single-phase (BNSA-KD, 5–60kVA) for home and small business scale, and three-phase (BNSA-KS, 30–2,000kVA) for commercial and industrial scale — both series share the same pure sine-wave output, precision voltage/frequency stability, and remote monitoring capability.
Product & Application Images
Industrial DC–AC Inverters — series image
BNSA Industrial DC-AC Inverter Specifications — 5kVA to 2,000kVA
Complete technical data for both series. Contact our engineering team for project-specific configuration and full datasheets.
| Model | BNSA-5KD | BNSA-10KD | BNSA-20KD | BNSA-40KD | BNSA-60KD |
|---|---|---|---|---|---|
| Rated Power | 5kVA | 10kVA | 20kVA | 40kVA | 60kVA |
| DC Input Voltage | DC 220V (180–260V) | DC 380V (304–480V) | |||
| AC Output | Single-phase, AC 220V, 50/60Hz | ||||
| Rated Current | 22A | 45A | 90A | 180A | 270A |
| Voltage Stability | ≤±1% | ||||
| Frequency Stability | ≤0.01% | ||||
| Voltage THD | THDu ≤3% | ||||
| Inverter Efficiency | ≥90% (rated power) | ||||
| Overload Capacity | 110% continuous, 120% for 1min | ||||
| Communication | RS485 (standard) / RS232 / Ethernet (optional) | ||||
| Protection Rating | IP20 | ||||
| Operating Environment | -25°C to 45°C, 0–95% RH (non-condensing) | ||||
Full single-phase range: 3–60kVA. Other voltages/configurations available on request.
| Model | BNSA-30KS | BNSA-100KS | BNSA-300KS | BNSA-2000KS |
|---|---|---|---|---|
| Rated Power | 30kVA | 100kVA | 300kVA | 2000kVA |
| DC Input Voltage | DC 220V (180–260V) | DC 380V (304–480V) | DC 480V (384–780V) | DC 750V (600–850V) |
| AC Output | Three-phase four-wire, AC 380V, 50/60Hz | |||
| Rated Current | 45A | 150A | 450A | 3038A |
| Voltage Stability | ≤±1% | |||
| Frequency Stability | ≤0.01% | |||
| Voltage THD | THDu ≤3% | |||
| Inverter Efficiency | ≥90% (rated power) | |||
| Overload Capacity | 110% continuous, 120% for 1min | |||
| Communication | RS485 (standard) / RS232 / Ethernet (optional) | |||
| Protection Rating | IP20 | |||
| Operating Environment | -25°C to 45°C, 0–95% RH (non-condensing) | |||
Full three-phase range: 10–2,000kVA. Values shown are standard reference specifications. Contact our engineering team for project-specific configuration and full datasheets.
BNSA-KD (Single-Phase) & BNSA-KS (Three-Phase)
Two series covering every scale — from single-phase home and small business backup to three-phase commercial and industrial power conversion.
BNSA-KD Series — For Home & Small Business
Single-phase DC-to-AC inverter for pairing with home or small business battery storage. DC 220V/380V input, single-phase AC 220V output.
- 5 standard models, 5kVA to 60kVA
- Single-phase, AC 220V, 50/60Hz output
- Pairs with home battery storage
BNSA-KS Series — For Commercial & Industrial
Three-phase DC-to-AC inverter for commercial & industrial storage, microgrids, and telecom sites. DC 220V–750V input, three-phase AC 380V output.
- 4 standard models, 30kVA to 2,000kVA
- Three-phase four-wire, AC 380V, 50/60Hz output
- Pairs with C&I storage & microgrids
Where BNSA Delivers Standalone Power
From remote off-grid sites to telecom base stations.
Remote & Off-Grid Sites
Deliver stable AC power at remote facilities, agricultural operations, and construction sites with no grid extension in sight.
Microgrid Integration
Pair with our C&I energy storage to deliver stable power independent of the utility grid across industrial parks and multi-building microgrids.
Telecom & Base Stations
Convert station battery DC power into regulated AC for telecom base stations and equipment rooms without reliable grid access.
Home & Small Business Backup
Pair with our home battery storage for standalone backup power in areas with unreliable or no grid supply.
Built to Certified Safety & Communication Standards
Every BNSA-KD and BNSA-KS series unit is manufactured with certified protection ratings and standard communication protocols — giving system integrators and EPC contractors confidence in every remote-site deployment.
- IP20 protection rating across both series
- RS485 standard communication protocol, RS232/Ethernet optional
- Voltage stability ≤±1% / frequency stability ≤0.01%
- THDu ≤3% clean AC output
- -25°C to 45°C operating environment rating
BNSA Industrial DC-AC Inverter — Case Studies
A selection of our global BNSA installation projects. See all projects for full local market context and sourcing.
BNSA Industrial DC-AC Inverter — Frequently Asked Questions
Common questions from system integrators and EPC contractors evaluating the BNSA-KD and BNSA-KS series.
Is BNSA a solar inverter or hybrid inverter?
No. BNSA has no PV input, no MPPT, and no grid-tie switching logic. It's a pure industrial DC-to-AC power conversion device — it converts battery or DC-bus power into stable, regulated AC output, independent of solar generation or grid-tie mode switching.
Should I choose BNSA-KD or BNSA-KS?
BNSA-KD (5–60kVA, single-phase) is for home and small business scale, pairing with home battery storage. BNSA-KS (30–2,000kVA, three-phase) is for commercial and industrial scale, pairing with C&I storage, microgrids and telecom sites. Contact our engineering team if you're not sure which fits your project.
What DC input sources does BNSA accept?
BNSA accepts a battery bank or DC bus as its input source. BNSA-KD accepts DC 220V or 380V; BNSA-KS accepts DC 220V, 380V, 480V or 750V depending on the model, matching your existing battery or DC-bus voltage.
Can BNSA handle motor startup surges?
Yes. Both series carry 110% continuous overload capacity and 120% overload for 1 minute, enough to absorb typical motor startup surges without shutdown.
Can BNSA units be monitored remotely at unattended sites?
Yes. RS485 is the standard communication protocol on both series, with optional RS232/Ethernet connectivity for remote monitoring of unattended remote or telecom sites.
Is OEM/ODM customization available?
Yes. Factory-direct manufacturing with OEM/ODM customization is available for system integrators and EPC contractors.
What's the typical lead time for a BNSA order?
Lead time depends on series, power rating and configuration. Contact our engineering team via the quote form below or WhatsApp for a project-specific lead time and quotation.