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BASENGREEN / SOLAR ENERGY STORAGE

Basengreen Premium 48V 315Ah LiFePO4 DIY Battery System | 16.08kWh Energy Storage

Original price was: $2,800.00.Current price is: $2,499.00.

A 51.2V LiFePO4 DIY battery system with 315Ah prismatic cells, Bluetooth monitoring, active balancing and an LCD display. Explore the components, connections and documentation for your energy-storage project.

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A closer look

The details that make the difference.

01

Catch the daylight.

When sunshine is available, a compatible solar system can power loads and direct surplus energy into storage. This battery is the storage part of that system; it does not replace the solar panels or inverter.

02

Save some sunshine.

LiFePO4 cells store energy for later. The BMS monitors the pack, while active balancing helps manage differences between cells. Capacity describes stored energy; the system’s power limits determine how quickly it can be delivered.

03

Let the weather change.

When clouds arrive or daylight fades, stored energy can help supply supported loads through a compatible inverter. Available charge, load and system losses determine duration. Outage backup requires the right inverter, transfer arrangement and configuration.

Description

Keep some daylight for later.

Solar production and your energy use do not always happen at the same time. This Basengreen DIY battery system is intended to add storage to a compatible 48V-class installation, giving surplus generation somewhere to go before it is needed later.

The proposed High Desert configuration combines LiFePO4 prismatic cells with battery monitoring, balancing and an enclosure. It is a DIY system, not a complete solar installation: panels, a compatible inverter/charger, installation equipment and commissioning must be planned separately.

Explore the components, compare energy with power, and browse the manufacturer reference material below. Final configuration, price and delivery terms are being prepared.

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Technical specifications

Technical specifications
SpecificationValueSource / conditions
BrandBASENGREENManufacturer product family
Product formatDIY battery systemHigh Desert proposed configuration
Battery chemistryLiFePO4 (lithium iron phosphate)Seller-supplied specification
System class48V class; 51.2V nominalSeller-supplied specification
Cell capacity315AhSeller-supplied; exact cell model pending
Stated stored energy16.08kWhSeller-stated; not a verified usable-energy rating
Capacity reconciliation51.2V × 315Ah = 16.128kWhConfirm cell revision and final rating before sale
Cell gradeGrade A prismatic cellsSeller-supplied claim; batch documentation pending
MonitoringSmart Bluetooth BMS and LCDExact BMS revision pending
BalancingActive balancingCurrent rating not yet verified
Enclosure / connectionsSteel enclosure; copper busbarsSeller-supplied configuration
ProtectionIntegrated DC circuit breakerDevice rating and coordination pending
Continuous / surge outputNot yet verifiedDo not infer from BMS component rating
Usable energy / runtimeNot yet verifiedDepends on system settings and operating conditions
Dimensions / assembled weightNot yet verifiedCase-only weight is not full battery weight
Outdoor / certification ratingsNot yet verifiedNo weatherproof or system certification claim

Performance & testing

How much energy? How much power?

Kilowatt-hours describe energy; kilowatts describe the rate at which it is supplied. A large energy rating does not establish which appliances can start together. Final continuous and surge limits need to be checked for the assembled battery, inverter and protective devices.

About the 16.08kWh label

The supplied product name states 16.08kWh and 315Ah at 51.2V. Multiplying the latter values gives 16.128kWh. Manufacturer listings include different cell revisions, including 314Ah and 315Ah configurations. The final cell model and capacity label need reconciliation before sale. Neither number is a verified usable AC-energy rating.

What would a useful runtime test show?

A meaningful result records the exact load, starting and ending state of charge, inverter losses, reserve setting, temperature and battery revision. We will add measured results here when available. The runtime calculator remains off until verified usable capacity and its source are supplied.

Compatibility

Build around the exact battery and inverter.

Confirm the operating voltage range, charging settings, continuous current, surge demand and communication requirements for both devices. A matching “48V” label alone does not prove compatibility.

The manufacturer offers several kit and BMS revisions. CAN or RS485 ports, cable pinouts and protocol settings must match the actual inverter model and firmware. An inverter communication cable does not by itself establish support.

No inverter combination has yet been tested by High Desert for this starter listing. Send us your inverter model, firmware and intended loads so the final configuration can be checked.

Installation

A DIY kit needs a complete installation plan.

Identify the enclosure revision, cell model and BMS before choosing instructions. The linked V3 rack-mounted manual is reference material; confirm that it applies to the kit supplied. Do not use a different revision’s settings, fastening instructions or wiring sequence.

Plan the installation location, support for the assembled weight, access, cable routes and suitable protective equipment with a qualified installer. Follow the applicable manufacturer instructions and local requirements. The desert artwork is a story about energy, not an outdoor installation recommendation.

What to record at commissioning

Keep model and serial numbers, cell batch information, the applicable manuals, inverter firmware, settings and commissioning results with the system. These records make later support and troubleshooting more useful.

Videos & demonstrations

See the manufacturer’s kit

Open Basengreen’s product gallery for its enclosure, interface and assembly illustrations. These show a related kit family; the delivered High Desert configuration must be confirmed separately.

Watch the manufacturer’s kit video (MP4). This is externally hosted reference media, not a High Desert installation tutorial. Use the applicable written manual for instructions.

Our own product photographs, captioned demonstrations and test transcripts can be added here as they become available.

Questions & troubleshooting

Are 48V and 51.2V different products?

Here, 48V refers to the system class and 51.2V is the stated nominal battery voltage. Compatibility still depends on the full operating range and the exact equipment.

Can I connect solar panels directly?

A complete installation needs charging equipment suitable for the battery and the solar array. Plan the inverter/charger or charge controller as part of the system.

Does Bluetooth control the inverter?

Bluetooth provides a local monitoring interface on supported BMS versions. It is separate from any battery-to-inverter communication connection.

What does active balancing do?

It helps manage differences in cell charge. It does not increase the cells’ rated capacity or replace correct assembly, protection and configuration.

Will it keep my whole home running in an outage?

That depends on the supported loads, available charge and the backup design. This listing does not promise whole-home backup or a particular runtime.

Is it ready to use out of the box?

This is described as a DIY system. Confirm what is assembled, what is included and what must be supplied by the installer before ordering.

Shipping, warranty & support

The proposed High Desert configuration

The seller-supplied description includes Grade A 315Ah cells, Smart Bluetooth BMS, active balancing, LCD, steel enclosure, copper busbars and a DC circuit breaker. The exact bill of materials and assembly status will be confirmed before ordering opens.

Manufacturer pages show multiple revisions and optional components. Their stock notices, prices, shipping promises and warranty terms are not High Desert’s offer. High Desert pricing, freight arrangements, warranty coverage, return conditions and support contacts will be added here.

Before delivery

Confirm the assembled weight and dimensions, access to the intended location, unloading arrangements and the installation schedule. Keep packaging and inspect the shipment according to the agreed delivery procedure.

Documentation & downloads

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