Overview
The PowMr POW-LVM3.6M-24V is a solar hybrid inverter designed for off-grid power systems, combining a pure sine wave inverter with MPPT solar charging and an AC charger. It supports 24VDC battery systems and AC output settings covering 100/105/110/115/120Vac (listed AC output: 110VAC, 50Hz/60Hz).
Key Features
- Rated output power: 3.6KW (3600W full load)
- Pure sine wave output
- Built-in MPPT solar charging; infographic lists built-in 120A MPPT + 80A AC charger
- Dual load output (maximum second load (battery model): 1200W)
- Batteryless mode support: can power loads from PV/AC without a battery connected
- Compatible battery types (as stated): lithium battery, LiFePo4; infographic also lists AGM/GEL/FLD/LI/SLD and 24V lead-acid/lithium batteries
- Charging source options stated: supports Solar, Utility, or Generator power to charge the battery
- Communication interface: RS232
Specifications
Listing model: POW-LVM3.6M-24V (3.6KW 24V variant). The manufacturer table also includes a 6.2KW 48V variant for reference.
| Brand | PowMr |
| Model number | POW-LVM3.6M-24V |
| Feature | Hybrid inverter; MPPT; Pure sine wave inverter |
| Certification / Safety certification | CE |
| Is smart device | Yes |
| Output type | Dual |
| Waveform | Pure Sine Wave |
| Battery voltage / Nominal DC input voltage (3.6KW 24V) | 24VDC / 24Vdc |
| AC output voltage (listing) | 110VAC |
| Output voltage regulation / nominal output voltage options | 100/105/110/115/120Vac |
| AC output voltage tolerance (wiring diagram) | 120V ±5% |
| Output frequency | 50Hz / 60Hz |
| Nominal input frequency | 50Hz / 60Hz (Auto detection) |
| Input voltage waveform | Sinusoidal (utility or generator) |
| Nominal input voltage | 100Vac |
| Max AC input voltage | 150Vac |
| Rated output power | 3.6KW |
| Full load | 3600W |
| Surge power (wiring diagram) | 7200W |
| Peak efficiency | 93% |
| Maximum conversion efficiency (DC/AC) | 97% |
| No load power consumption (3.6KW 24V) | 45W |
| Output short circuit protection | Circuit Breaker |
| Maximum main load | 3600W |
| Maximum second load (battery model) | 1200W |
| Main load cut off voltage (3.6KW 24V) | 26VDC |
| Main load return voltage (3.6KW 24V) | 27VDC |
| AC charger + solar charger (max charging current) | 120A (120Amp) |
| Max charge current for solar (listing attribute) | MPPT 80A |
| AC charger current (infographic / wiring diagram) | 80A |
| Nominal PV (listing) | 240VDC 4200W |
| Max PV array power | 4200W |
| Max PV array open-circuit voltage | 500Vdc / 500VDC |
| PV array MPPT voltage range | 60Vdc~500Vdc (spec table); infographic lists 60~450VDC |
| Max PV input current | 18A |
| PV start-up voltage notes (PV module selection / wiring diagram) | Start-up voltage must be greater than 60V; when operating without batteries, PV input starting voltage should be at least 120V |
| Feed-in grid voltage range (grid-tie operation section) | 90~150VAC |
| Power factor range | >0.99 |
| Communication interface | RS232 |
| Wire size (infographic / wiring diagram) | PV wire: 12AWG; Battery wire: 2AWG; AC wire: 2AWG |
| Recommended battery capacity (wiring diagram) | 200Ah |
| Operating temperature range | -10°C to 50°C |
| Storage temperature | -15°C~ 60°C |
| Humidity | 5% to 95% Relative Humidity (Non-condensing) |
| EU LVD Voltage | Low voltage: Below 50Vac or 75Vdc |
| High-concerned chemical | None |
| Origin | Mainland China |
| Weight | 9.8 (unit not specified) |
| is_customized | Yes |
| Output current (listing) | 120A |
For installation questions (PV string voltage limits, wiring, battery selection, or RS232 monitoring), contact support at https://tsolar.top/ or service@tsolar.top.
Applications
- Solar station system
- Hybrid energy system
- Home use
- Boat/Marine
- RV/Van
Details
Get reliable off-grid power with a 3600W pure sine wave inverter that combines MPPT solar charging and an AC charger in one unit.
PV input supports up to 500V open-circuit voltage with an MPPT operating range suited for higher-voltage solar strings.
Batteryless mode lets loads run from PV or utility input even when a battery isn’t connected, with support for common lead-acid and lithium options.
Choose a charging priority—Solar first, Solar + Utility, or Only Solar—to match your site’s energy goals and backup needs.
A full connection overview maps PV, utility/generator input, 24V battery, and dual load outputs for system planning.
