OCE-AONE1600-3.2KWh All-in-One Solar Energy System

OCE-AONE1600 1.6kW/3.2kWh All-in-One Solar Energy System

Ocean Solar OCE-AONE1600 is an integrated solar energy storage system combining a 1600W inverter, 3.2kWh LiFePO4 battery, three-channel PV input, backup power function and remote monitoring within a modular system architecture.

The system supports up to 2400W of photovoltaic input across three independent 800W channels, allowing flexible connection of compatible solar arrays for residential and distributed solar energy storage applications.

IP65 protection, CAN and RS485 communication, remote APP monitoring and a UPS transfer time of less than 20ms provide a practical platform for distributors, installers and professional energy storage integrators.

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OCE-AONE1600 Key Specifications

Download OCE-AONE1600 Datasheet

                   OCE-AONE1600 1.6kW/3.2kWh All-in-One Solar Energy System PDF        

Integrated 1600W Inverter and 3.2kWh LFP Battery

The OCE-AONE1600 combines a 1600W inverter and 3.2kWh LFP battery within a modular energy storage architecture designed to reduce the number of separate system components required for smaller solar storage projects.

The battery uses a 32V, 100Ah platform with 3200Wh nominal energy capacity.

Actual usable energy and backup runtime depend on battery operating limits, state of charge, inverter losses, temperature and connected load.

1600W Pure Sine Wave Output

The inverter provides 1600W rated output for compatible residential and small distributed energy storage loads.

Continuous connected load should remain within the rated inverter capacity. Appliances with motors or compressors should also be checked for starting-current requirements before connection.

3.2kWh 32V 100Ah LFP Battery

The integrated battery uses lithium iron phosphate chemistry with a nominal voltage of 32V and rated capacity of 100Ah.

The published battery operating-voltage range is 25.0-36.5VDC.

Battery service life depends on depth of discharge, charging and discharging current, temperature and the operating limits used by the system.

50A Charging and 100A Continuous Discharge

The battery specification lists up to 50A continuous charging current and 100A continuous discharge current.

A maximum pulse discharge current of 150A for one second is also specified for short-duration current demand.

Actual load-starting capability depends on inverter characteristics, battery state of charge and the electrical requirements of the connected equipment.

2400W Three-Channel PV Input

The OCE-AONE1600 supports up to 2400W of photovoltaic input distributed across three independent PV channels.

Each channel supports up to 800W of PV input and a maximum input current of 20A.

The three-channel architecture provides flexibility when distributing compatible PV modules across separate input groups.

10-95VDC MPPT Operating Range

The published MPPT operating-voltage range is 10-95VDC, while maximum photovoltaic open-circuit voltage is 108VDC.

PV module configuration should be designed so that operating voltage remains inside the MPPT range and calculated open-circuit voltage remains below the 108VDC maximum input limit under the lowest expected site temperature.

Maximum current on each PV channel should also remain within the published 20A limit.

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PV and AC Hybrid Charging

The system supports photovoltaic and AC charging, with a published maximum AC charging current of 40A.

Maximum combined hybrid charging current is specified at up to 80A.

Actual charging current and charging time depend on available PV power, AC input, battery state of charge, temperature and configured charging limits.

Less Than 20ms Backup Transfer

The OCE-AONE1600 provides a published UPS transfer time of less than 20ms, with a typical switching time of approximately 10ms.

This allows the system to switch to battery-backed inverter operation rapidly when the normal AC source is interrupted.

Equipment with strict continuity requirements should be checked against the equipment manufacturer's permitted transfer time before being selected as a critical backup load.

IP65 Protection for Flexible Installation

The OCE-AONE1600 is specified with an IP65 enclosure protection rating.

IP65 provides protection against dust ingress and water jets under the conditions defined by the applicable enclosure rating standard.

Final installation should still follow the product manual, electrical requirements, ventilation requirements and local installation regulations.

170-280VAC Input Range

The published AC input-voltage range is 170-280VAC with rated input options of 220V and 230V.

The system supports 50Hz and 60Hz operation according to the current product specification.

Grid connection and operating requirements should be checked for the destination country before installation.

CAN and RS485 Communication

CAN and RS485 interfaces are provided for system communication and compatible energy management integration.

Required communication protocol, external equipment compatibility and available control functions should be confirmed for the exact project configuration.

Remote APP Monitoring

Remote APP control is listed as part of the OCE-AONE1600 monitoring system.

Available monitoring, parameter-setting and remote-control functions should be confirmed according to the selected hardware and software version.

Modular Inverter and Battery Design

The inverter unit and battery unit use a matching 438mm × 360mm footprint for coordinated installation.

The inverter unit measures 438 × 360 × 156mm and weighs approximately 12.1kg, while the battery unit measures 438 × 360 × 212mm and weighs approximately 32.4kg.

Installers should follow the specified mounting, spacing, electrical connection and load-bearing requirements for the selected installation method.

-25°C to +60°C Operating Temperature

The published environmental operating-temperature range is -25°C to +60°C.

Available battery charging and discharging performance may vary with temperature and other operating conditions.

Typical Applications for OCE-AONE1600

Residential Solar Energy Storage

The OCE-AONE1600 can be integrated into compatible residential photovoltaic systems for storing solar energy and supplying appropriately sized household loads.

Balcony and Distributed Solar Systems

The compact modular structure and three-channel PV input can be evaluated for balcony and distributed photovoltaic applications where the system configuration complies with local electrical and grid-connection requirements.

Backup Power for Essential Loads

During an AC power interruption, stored battery energy can support selected compatible loads according to the 1600W inverter rating, available battery energy and actual load consumption.

Small Offices and Remote Workspaces

Appropriate lighting, networking equipment, computers and other compatible low-to-medium power loads can be considered where total demand remains within the system specifications.

How to Configure the PV Array

Up to three PV input channels can be used, with each channel supporting up to 800W and 20A.

Module operating voltage should be selected so that each PV input remains within the 10-95VDC MPPT range.

Maximum calculated open-circuit voltage must remain below 108VDC under the lowest expected installation temperature.

How to Estimate Backup Runtime

Backup runtime depends on the power consumption of the connected loads and the usable energy available from the battery.

One OCE-AONE1600 provides 3.2kWh of nominal battery energy. Actual usable energy will differ according to battery operating limits, conversion losses, temperature and state of charge.

For project calculations, use the measured or rated watt-hour consumption of the required loads rather than assuming a fixed number of backup hours.

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For Distributors, Installers and Energy Storage Integrators

The OCE-AONE1600 is intended for professional procurement and integration into compatible residential and distributed solar energy storage projects.

Buyers should provide the destination market, required AC voltage, photovoltaic module specifications, intended installation environment, expected loads and required quantity when requesting a quotation.

For grid-connected projects, applicable grid codes, permitted connection methods and local installation requirements should be confirmed before installation.

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Frequently Asked Questions About OCE-AONE1600

What is the rated output power of OCE-AONE1600?

The OCE-AONE1600 has a rated inverter output of 1600VA / 1600W.

What is the battery capacity?

The system uses a 32V, 100Ah LFP battery with 3.2kWh nominal energy capacity.

What is the maximum PV input power?

Maximum total photovoltaic input power is 2400W.

How many PV input channels are available?

The system provides three independent PV input channels, each supporting up to 800W and 20A.

What is the MPPT voltage range?

The published MPPT operating-voltage range is 10-95VDC, with a maximum PV open-circuit voltage of 108VDC.

What is the battery charging current?

The battery specification lists up to 50A continuous charging current. Maximum AC charging current is listed at 40A, while maximum combined hybrid charging current is up to 80A.

What is the maximum continuous battery discharge current?

Maximum continuous battery discharge current is specified at 100A, with a 150A pulse discharge capability for one second.

What is the UPS transfer time?

The published UPS transfer time is less than 20ms, with a typical switching time of approximately 10ms.

Is the OCE-AONE1600 rated IP65?

Yes. The current product specification lists an IP65 enclosure protection rating.

Can the system be installed outdoors?

The system is specified with IP65 protection, but the final installation location and method should still comply with the product installation instructions, electrical requirements and local regulations.

Can OCE-AONE1600 be used for balcony solar storage?

The compact system can be evaluated for balcony and distributed solar applications where the installation method, photovoltaic configuration and grid connection comply with local regulations.

Does the system support remote monitoring?

Yes. Remote APP control is listed in the current product specification, together with CAN and RS485 communication interfaces.

What is the operating temperature range?

The published operating-temperature range is -25°C to +60°C.

Can the OCE-AONE1600 feed power into the grid?

Grid-connected operation and permitted export depend on the exact product configuration, destination market, applicable grid code and local utility requirements. These requirements should be confirmed before project installation.

Does installation require a qualified electrician?

Installation requirements depend on the selected connection method and local electrical regulations. Grid-connected or fixed electrical installations should be completed according to applicable local requirements.

What information should I provide when requesting a quotation?

Please provide the destination country, required AC voltage, photovoltaic module specifications, expected loads, installation environment and required order quantity.

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