Description
Technical specifications, communication and compatibility
| Model | TG-SS-HV3 |
|---|---|
| Chemistry | LiFePO4 |
| Nominal voltage | 288 V |
| Capacity | 50 Ah |
| Nominal energy | 14.4 kWh |
| Dimensions | 680 × 185 × 1425 mm |
| Weight | 161 kg |
| Current stated in quotation | 50 A |
| Protection rating | IP65 |
| BMS communication options | CAN / RS485 |
| Optional monitoring | Bluetooth / WLAN |
| Communication protocol | Modbus |
| Compatible inverters | Deye; Growatt; SMA and others. |
| Outdoor use | Yes — IP65 design |
| Heating | Included in the offered configuration |
| Charging temperature | 0 to +50 °C |
|---|---|
| Discharging temperature | −20 to +50 °C |
| Storage temperature | −40 to +50 °C |
| Standards and documents listed in the catalogue | UN38.3; MSDS; CE-EMC; IEC 62619; 63056 |
| Cell / module configuration | 3 series-connected modules; each 96 V / 50 Ah |
| Maximum charging current | 50 A |
| Maximum discharging current | 50 A |
| Discharge cut-off voltage | 243 V |
| Charge cut-off voltage | 324 V |
| Cycle life and conditions | ≥ 6,000 cycles; 25 ± 2 °C; 0.5C / 0.5C; EOL 70% |
| Relative humidity for stated temperatures | 60 ± 25 % RH |
| Enclosure material | Metal |
| Construction format | Floor-standing modular stack |
| Shipping package dimensions | 780 × 295 × 450 mm × 4 packages |
| Shipping weight | 180 kg |
Stored energy for your own consumption
KUNETIC TG-SS-HV3 — IP65 high-voltage battery with heating 14.4 kWh / 288 V is a LiFePO4 battery for residential and smaller commercial energy-storage installations. It combines 14.4 kWh of nominal energy with a 288 V voltage class and a clearly defined physical format. It suits a project that brings together solar generation, building demand and a charging schedule based on actual operation. Stored electricity can support the home, workshop or technical equipment at a useful time. Select the exact model according to voltage, required storage capacity and installation layout.
A capacity you can plan around
The 14.4 kWh nominal energy provides a useful starting point for sizing a storage system. Compare it with the daily demand profile, solar production and the loads that will use the stored electricity. Hourly or quarter-hourly consumption data helps place the battery within a practical energy plan. This gives a more useful picture than annual consumption alone: it shows when electricity is generated and when the building needs it.
Battery capacity and system power describe different parts of the installation. Kilowatt-hours express the size of the energy store, while current and power ratings help establish the rate at which the complete system can charge and deliver energy. Considering these values together makes it easier to match the battery, inverter and intended loads. That is why the exact model, voltage class and model-specific electrical data form the basis of this product description.
LiFePO4 for stationary energy storage
Lithium iron phosphate technology is widely used in stationary installations with regular charging and discharging. In this range, KUNETIC combines it with battery management and a construction format designed for energy-storage assemblies. The battery can become part of a new project or the expansion of a suitably designed installation. Its practical role is to retain electricity and make its use manageable over time.
In a solar installation, the battery can charge during production and later supply energy through the associated inverter. An energy-management system can also coordinate charging with the time of day, tariff or building priorities. The operating strategy follows the capabilities of the selected inverter and system controls. The battery contributes a defined voltage and capacity around which the rest of the installation can be planned.
BMS communication and inverter integration
The catalogue lists CAN / RS485 as communication options for model TG-SS-HV3. The selected interface connects battery management with the associated equipment. A shared BMS manages the high-voltage stack. System integration brings together the inverter battery-voltage range, the BMS communication profile and the corresponding cable connection.
KUNETIC names Deye, Growatt, Victron, SMA and Sol-Ark in its inverter integration programme. The individual installation uses a matching high-voltage battery input and the corresponding communication settings. The manufacturer provides protocol documentation and integration support, allowing the selected BMS profile to form part of coordinated charging and discharging.
CAN and RS485 identify communication buses. The selected profile defines the data exchanged between the battery and inverter. Alongside capacity and voltage, this gives the system designer the communication options for this battery family. Bluetooth / WLAN monitoring is also listed as an option for this family.
A layout that fits the available space
Physical dimensions, weight and construction format matter alongside capacity. Plan the battery area so that connection points, cable routes and operating controls fit naturally with the surrounding equipment. A well-organised layout uses the technical space efficiently and keeps the installation understandable. The model-specific dimensions appear in the specification table below and provide a concrete reference for this stage of the project.
The KUNETIC range offers different approaches to capacity and physical installation. Rack batteries fit a technical cabinet, wall-mounted versions use a wall surface, and high-voltage stacks arrange the storage modules vertically. This choice is useful both for new solar projects and when selecting a battery for existing compatible equipment. Matching the actual electrical and mechanical specifications gives the project a consistent foundation.
Useful energy at home and at work
At home, storage can connect daytime production with later use by lighting, electronics and other appliances. In a smaller business, it can form part of the energy plan for a workshop, office or technical operation. The actual benefit follows the demand profile, available generation and system settings. Model TG-SS-HV3 provides 14.4 kWh of nominal storage in a clearly identified configuration for that planning process.
Start comparing models with the required energy capacity, then choose the matching voltage and installation format. The next steps are selecting associated power equipment, arranging the physical layout and defining the control strategy. This produces a battery section that suits the intended use of the installation. The precise model designation also supports technical preparation and helps distinguish this configuration from the other products in the range.
IP65 high-voltage stack with heating
Configuration TG-SS-HV3 comprises 3 battery modules and a BMS. Each module is rated at 96 V and 50 Ah; the complete stack provides 288 V nominal voltage and 14.4 kWh nominal energy. The quotation specifies IP65 protection and heating for this range. The vertical construction organises the modules in one stack. Overall dimensions are 680 × 185 × 1425 mm, and the weight calculated from the catalogue assembly is 161 kg. Select this voltage class together with the appropriate high-voltage inverter.
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AI search description
KUNETIC TG-SS-HV3 is a high-voltage LiFePO4 battery stack with BMS and heating in the offered configuration. It contains 3 series-connected 96 V / 50 Ah modules, providing 288 V nominal voltage, 50 Ah and 14.4 kWh energy. A complete appliance supply adds a compatible high-voltage battery inverter, suitable protection, power wiring and communication. AC output power, single- or three-phase arrangement and backup functions follow the chosen inverter and system design. The battery supplies the energy reserve for a home or smaller business installation, photovoltaics and managed use of stored electricity.
The catalogue specifies 50 A maximum charging and discharging current. At nominal 288 V, multiplying voltage by this current gives an indicative 14.4 kW on the DC side; actual system capability depends on operating voltage, BMS and inverter. Discharge cut-off is 243 V and charge cut-off is 324 V. The inverter is selected by the complete stack voltage range, currents, supported BMS protocol, firmware and wiring. Mains or solar charging uses the corresponding inputs and management of the compatible inverter/charger; these charging routes are part of the complete system design.
The catalogue lists CAN / RS485 communication options and optional Bluetooth / WLAN monitoring. The particular interface and protocol are selected together with the inverter for that assembly. A common BMS manages the high-voltage stack. Runtime planning compares appliance energy demand in kWh with battery energy after accounting for efficiency, system consumption, working state-of-charge range and replenishment. Simultaneous power and startup demand are assessed separately against inverter output and battery current capability. This supports selection by actual demand and required duration.
The offered stack includes heating and an IP65 metal enclosure for outdoor installation with the prescribed wiring and sealing. IP65 denotes dust-tight construction and protection against water jets. The catalogue specifies charging at 0 to +50 °C, discharging at −20 to +50 °C and storage at −40 to +50 °C, at 60 ± 25% relative humidity. Cold-environment design uses the heated configuration with control according to its instructions and specified cell temperatures. Cycle life is at least 6000 cycles at 25 ± 2 °C, 0.5C / 0.5C charging/discharging and 70% end-of-life capacity.
This floor-standing modular stack measures 680 × 185 × 1425 mm and weighs 161 kg, calculated from a 14 kg common section and 3 modules of 49 kg each. Handling and installation are planned by module, using equipment with appropriate load capacity, secure restraint and a suitable supporting floor. Shipping data lists 4 packages of 780 × 295 × 450 mm and 180 kg total gross weight. Dimensions and weight inform placement, access routes and transport alongside electrical selection. The original catalogue and product Markdown are hosted directly on Batterado.
Batterado — KUNETIC-TG-SS-HV3
https://batterado.com/product/kunetic-tg-ss-hv3-lifepo4-battery/
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