Solar EV Charging Stations
Use Titan-215 as the storage and charging cabinet in PV-ESS-EV projects that combine solar generation, battery storage, and EV charging loads.
Energy Storage and EV Charging Integrated Cabinet
KUNETIC Titan-215 215kWh 120kW Energy Storage Cabinet for Commercial EV Charging
KUNETIC Titan-215 puts 215kWh LFP battery storage, 120kW PCS power, and a standard 40kW EV charging module into one C&I cabinet. It is made for commercial EV charging sites, solar EV charging station projects, industrial parks, and parking facilities that need storage and charging in the same system.
215kWh Storage Capacity 
120kW PCS Power 
40kW EV Charging Module 
IP55 Cabinet Protection Overview
Storage and EV Charging in One Cabinet
A commercial EV charging site is rarely just a charger installation. The site also has to deal with grid capacity, charging peaks, available space, and the possibility of adding solar later.
What It Solves
A commercial EV charging site is rarely just a charger installation.
The site also has to deal with grid capacity, charging peaks, available space, and the possibility of adding solar later.
KUNETIC Titan-215 gives project owners a more practical starting point.
The cabinet combines 215kWh battery storage, 120kW PCS power, and a standard 40kW charging module, so it can serve as both energy storage for EV charging and a charging cabinet for C&I sites.
KUNETIC PV-ESS-EV Charging Solution
For projects that include solar generation, battery storage, and EV charging, Titan-215 can also fit into KUNETIC's PV-ESS-EV Charging Solution.
Technical Specifications
KUNETIC KUNETIC Titan-215 215kWh 120kW Energy Storage Cabinet for Commercial EV Charging Technical Specifications
Engineering data from the product sheet.
MODEL
KUNETIC Titan-215 215kWh 120kW Energy Storage Cabinet for Commercial EV Charging
Main System
| Model | KUNETIC Titan-215 |
| Product Type | Energy Storage and EV Charging Integrated Cabinet |
| Battery Type | LiFePO4 |
| Rated Capacity | 280Ah |
| Number of Modules in Series | 15 |
| System Rated Voltage | 768V |
| System Operating Voltage Range | 672-864V |
| System Nominal Energy | 215.04kWh |
| System Dischargeable Energy | 206.43kWh |
| Rated Current | 140A |
| Max. Current | 154A |
| Overload Current | 168A / 1min / 25°C |
| Output Voltage | 380V, 3W+N+PE |
| PCS Matching Power | 120kW |
| Communication Protocol | CAN2.0 |
| Operating Temperature | -10°C to 50°C |
| Operating Humidity | ≤95%, no condensation |
| Operating Altitude | ≤2000m |
| Cooling Method | Air Cooling |
| Protection Grade | IP55 |
| Fire Protection System | Aerosol |
| Max. Dimension | 1646 x 1275 x 2468mm |
| Storage Temperature | 0-35°C |
| Recommended DOD | 90% |
| Cycle Life | 25±2°C / 0.5C / 80% ≥5000 |
EV Charging
| Standard Charging Module Power | 40kW |
| Standard Charging Gun Current | 125A |
| Custom Charging Gun Current | 80A / 125A / 200A / 250A |
| Charging Module Output Voltage | 50-1000Vdc |
| Charging Module Output Current | 0-133.3A |
Components
| HV-PDU | 250-1000Vdc, 140A rated current, 154A max current |
| HV-Tower Battery Module | LiFePO4, 51.2Vdc, 280Ah |
| Charging Gun | 750/1500Vdc, 80A / 125A / 200A / 250A options |
| Charging Module | 40kW, 50-1000Vdc output range |
PV-ESS-EV Project Fit
Built for Solar EV Charging Stations
Titan-215 fits sites where battery storage and EV charging need to be planned together. In a solar EV charging station, PV power can help cover daytime charging demand, while extra solar energy can be stored in the battery cabinet and used later when charging load rises or solar output drops. At night or during peak demand, the battery can support EV charging loads and reduce pressure on the site's grid connection.
- Solar PV to battery storage to EV charging load
- Grid to PCS to battery or load support
- Project-level configuration based on site power, charging demand, and installation layout
Core Feature A
Integrated Storage + Standard EV Charging
Titan-215 brings the battery cabinet, PCS power, and EV charging module into one C&I cabinet.
The system includes 215kWh LFP battery storage, 120kW PCS matching power, and a standard 40kW EV charging module. The standard charging gun current is 125A. For projects with different charging layouts, current options can be configured by site requirement.
This structure gives charging operators, property owners, and system integrators a clearer equipment package for commercial EV charging projects.
- 215kWh LFP battery storage
- 120kW PCS matching power
- Standard 40kW EV charging module
- 125A standard charging gun current
- For commercial EV charging and C&I energy projects
Core Feature B
Designed for C&I Energy and Charging Loads
Titan-215 is built for C&I sites that need battery capacity, charging load support, and cabinet-level protection.
The system uses a 768V high-voltage LFP battery platform with a 672-864V operating voltage range. Air cooling, IP55 cabinet protection, and aerosol fire protection help the cabinet work in commercial and industrial environments.
For parking-lot charging, industrial park charging, and solar EV charging station projects, Titan-215 gives buyers a compact energy storage cabinet that can be configured around real site conditions.
- 768V high-voltage battery system
- 672-864V operating voltage range
- Air cooling design
- IP55 cabinet protection
- Aerosol fire protection system
- 90% recommended DOD
Applications
Applications for Commercial EV Charging and C&I Sites
KUNETIC Titan-215 is suitable for sites where battery storage, EV charging, and site power planning are part of the same project.
Commercial Parking Lots
Add commercial EV charging capacity to shopping centers, office parks, hotels, and public parking facilities without relying only on the grid.
Industrial Parks & Factories
Support factories, industrial parks, and energy-intensive sites where EV charging demand is growing alongside normal C&I power use.
EV Fleet Charging
Use Titan-215 for fleet charging projects such as logistics vehicles, service fleets, site vehicles, and commercial operators with regular charging demand.
Residential Complexes
Add storage-backed EV charging capacity for apartment communities, residential complexes, and mixed-use properties with rising parking-lot charging demand.
Titan-215 is designed for projects where commercial EV charging, battery storage, and site power planning need to be evaluated as one system.
OEM / ODM Support
Project-Based Configuration for OEM/ODM and System Integrators
Charging sites vary by grid capacity, parking layout, PV plan, vehicle type, and future expansion needs. KUNETIC can configure Titan-215 by project, including cabinet quantity, parallel expansion, charging layout, charging gun current, and solar-storage-charging integration. The standard charging gun current is 125A. Other current options, including 80A, 125A, 200A, and 250A, can be configured according to project requirements. For OEM/ODM buyers and system integrators, Titan-215 can be adapted for branding, site design, and commercial EV charging station installation needs.
Project-based parallel and capacity expansion
KUNETIC can configure Titan-215 by project, including cabinet quantity, parallel expansion, charging layout, charging gun current, and solar-storage-charging integration.
Standard 125A charging gun current
The standard charging gun current is 125A.
80A / 125A / 200A / 250A configurable current options
Other current options, including 80A, 125A, 200A, and 250A, can be configured according to project requirements.
Cabinet quantity designed by site demand
Charging sites vary by grid capacity, parking layout, PV plan, vehicle type, and future expansion needs.
Support for solar-storage-charging project integration
KUNETIC can configure Titan-215 by project, including cabinet quantity, parallel expansion, charging layout, charging gun current, and solar-storage-charging integration.
OEM/ODM configuration support
For OEM/ODM buyers and system integrators, Titan-215 can be adapted for branding, site design, and commercial EV charging station installation needs.
KUNETIC Titan-215 Datasheet Downloads
KUNETIC Titan-215 Datasheet
Review the main technical data for KUNETIC Titan-215 or contact our team to discuss project configuration.
FAQ
It is both. KUNETIC Titan-215 combines 215kWh LFP battery storage, 120kW PCS matching power, and a standard 40kW EV charging module in one C&I cabinet.
Yes. Titan-215 is made for commercial EV charging sites, solar EV charging stations, commercial parking lots, industrial parks, and C&I energy projects that need battery storage and EV charging in one system.
Yes. Titan-215 can work as the storage and charging cabinet in PV-ESS-EV projects. For larger solar-storage-charging system design, explore KUNETIC's PV-ESS-EV Charging Solution.
For the KUNETIC Titan-215 product page, the 40kW EV charging module is presented as standard configuration.
Yes. Titan-215 uses 125A as the standard charging gun current. Current options of 80A, 125A, 200A, and 250A can be configured by project requirement. Parallel operation and capacity expansion can also be designed based on site demand.
Titan-215 includes a DC charging module and can be used in commercial EV charging station projects. The 120kW value refers to PCS matching power. The standard EV charging module is 40kW. For higher charging power requirements, KUNETIC can support project-based configuration.
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Tell us about your site load, PV capacity, backup requirements, or target project size. Our engineers will help configure the right system for your needs.
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KUNETIC Titan-215 215kWh 120kW Energy Storage Cabinet for Commercial EV Charging
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KUNETIC Titan-215 215kWh 120kW Energy Storage Cabinet for Commercial EV Charging
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