PU1500 · Actual product photo
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BIDIRECTIONAL INVERTER PCBA / WITH AC BATTERY CHARGING
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1500W Bidirectional Inverter
PCBA with AC Charging
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ROGERELE PU1500 is a 1500W bidirectional inverter PCBA with AC battery charging for OEM energy storage equipment. It converts battery DC into pure sine wave AC and converts an AC supply into DC to charge the battery. Separate 12V, 24V and 48V versions have listed charging currents of 20A, 10A and 5A respectively. Confirm the AC charging input, battery charging settings and inverter output configuration for your project.
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1500W
Rated output · PU1500
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3000W
Listed peak output
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DC input
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12V / 24V / 48V configurations
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AC output
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100 / 110 / 120V or 220 / 230 / 240V
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Frequency
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50Hz or 60Hz
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Dimensions
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249 × 171 × 70 mm
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Share your battery specification, AC charging supply, load profile and order quantity.
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Product Overview
The ROGERELE PU1500 combines pure sine wave inverter output and AC battery charging on a bidirectional PCBA for OEM energy storage systems. The inverter stage is rated at 1500W, with 3000W listed peak output; peak duration is not specified. The AC charging stage charges a matched battery pack, with catalog current of 20A for 12V, 10A for 24V and 5A for 48V versions. Review charging voltage, charging profile, battery limits, controls and cooling with the supplied assembly. This board can be evaluated for portable storage, off-grid battery equipment and RV auxiliary power products that require AC recharging.
01 / ENERGY STORAGE INTEGRATION
Core Features & Protections
PU1500 provides two conversion modes: 1500W rated DC-to-AC inverter output and AC-to-DC battery charging. The catalog lists pure sine wave output with THD below 3% under a linear load, low-voltage, over-voltage, overload and over-temperature protection, short-circuit indication and fuse operation for reverse polarity. Validate charging and inverter protection behavior in the complete system.
Match the bidirectional board, battery and enclosure as one system. Confirm the AC charging input requirements, battery charging settings and operating-mode controls before integration.
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Battery pack
Matched voltage and discharge capability
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02 / PU1500
Inverter + AC charging
1500W rated AC output
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03
Your AC loads
Continuous and startup requirements
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Board dimensions
249 × 171 × 70 mm
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Complete board · 249 × 171 × 70 mm · Click to enlarge
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Connections & layout
AC charging input, inverter AC output and battery DC connections
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Catalog connection reference · Click to enlarge
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Confirm mounting-hole positions, clearance and the current board revision before enclosure design. Overall dimensions are 249 × 171 × 70 mm.
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Integration item
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What to specify
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Battery and BMS
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Battery voltage range, permitted charge current, continuous discharge limits and cutoff coordination.
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AC charging
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AC supply requirements, charging voltage/profile, current limits and charger termination behavior.
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Cooling and mounting
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Airflow, fan requirements, mounting points, insulation and enclosure clearance in both operating modes.
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System verification
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Actual-load inverter tests, battery charging tests, thermal behavior and operating-mode controls.
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02 / TECHNICAL DATA
Technical Specifications
Select one DC input and one AC output configuration. Voltage options are order variants, rather than selectable settings on every board.
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Parameter
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PU1500 specification
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Product type
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Bidirectional inverter PCBA with AC battery charging
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Rated / peak inverter output
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1500W / 3000W; peak duration not specified
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Output waveform / distortion
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Pure sine wave · THD <3% with linear load
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Inverter AC output ±5%
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100 / 110 / 120V or 220 / 230 / 240V; order configurations
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AC charging input
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110V / 220V per connection diagram; range and frequency confirmed with the quotation
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Output frequency
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50Hz ±0.5Hz or 60Hz ±0.5Hz
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Operating / storage temperature
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−10°C to +50°C / −30°C to +70°C
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Board dimensions
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249 × 171 × 70 mm
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Choose the battery-side configuration
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Battery version
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Operating range
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AC charging current
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No-load current
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Listed max. inverter efficiency
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12V
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10–15.5V
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20A
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<0.4A
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90%
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24V
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20–31V
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10A
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<0.3A
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90%
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48V
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40–61V
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5A
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<0.2A
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92%
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Maximum efficiency depends on load and conditions.
Voltage protection reference
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Parameter
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12V version
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24V version
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48V version
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Low-voltage alarm
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10.5 ±0.5V
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21 ±0.5V
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42 ±1V
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Low-voltage cutoff
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10 ±0.5V
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20 ±0.5V
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40V; tolerance confirmed with the quotation
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Over-voltage cutoff
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15.5 ±0.5V
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31 ±0.5V
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61 ±1V
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Low-voltage recovery
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12.3 ±0.5V
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24 ±0.5V
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48 ±1V
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Over-voltage recovery
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14.8 ±0.5V
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29.5 ±0.5V
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59 ±1V
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Listed protection functions
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Function
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Catalog behavior
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Low voltage
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Alarm, followed by shutdown as voltage falls
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Over voltage / overload
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Red indicator and shutdown
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Over temperature
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Alarm, followed by shutdown as temperature rises
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Short circuit
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Red indicator; confirm shutdown and reset behavior
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Reverse polarity
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Fuse operation; confirm the required installation protection
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See the assembly you are evaluating.
Review the board layout and connection points. Confirm the board revision and included leads with your quotation.
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Assembly & battery leads · Click to enlarge
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Opposite-side view · Click to enlarge
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04 / APPLICATIONS
Applications & Use Cases
Evaluate PU1500 as the inverter and AC battery-charging stage in energy storage, RV auxiliary power and custom power equipment. Match the battery operating range and AC loads to the selected version, then validate the complete system.
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Application
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What to evaluate
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Portable energy storage
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Battery discharge and charging limits, AC loads, AC supply for recharging, enclosure and cooling.
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Off-grid battery systems
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Inverter AC demand and AC recharging architecture; any solar charging equipment must be specified separately.
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RV auxiliary power
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Battery-fed AC loads and AC recharging from an appropriate external supply; confirm installation and supply requirements.
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Custom power equipment
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Operating modes, battery/BMS coordination, charging settings, controls and complete-product tests.
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05 / BUSINESS SOURCING
OEM/ODM Services by ROGERELE
01 / STORAGE SYSTEM BRANDS
Voltage configuration & OEM review
Select a separate 12V, 24V or 48V DC input version and specify the required AC output voltage and frequency. Submit other electrical or mechanical customization requirements for feasibility review and quotation.
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02 / ASSEMBLY PARTNERS
PCBA & accessory matching
Define the PCBA revision, wiring, cooling fan, switch board and mounting requirements together. Confirm the supplied accessories and interfaces against your enclosure and system design.
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03 / PURCHASING TEAMS
Sample development & bulk supply
Agree a sample configuration and acceptance criteria before bulk production. Test actual loads, thermal performance and cutoff/recovery behavior; confirm any revision scope, MOQ, lead time and required documentation.
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