Energy Storage Integrated Charging Pile 60kW – JT40F 200kWh 315Ah

For commercial EV charging station operators, this energy storage integrated charging pile delivers measurable financial and operational advantages. The most direct savings come from eliminating costly transformer upgrades — a major expense for most charging projects. Sites with limited grid capacity can deploy DC fast charging with standard power access, reducing both upfront investment and deployment timelines.

Ongoing operational savings come from peak shaving functionality. The built-in battery stores energy during low-tariff off-peak periods and discharges to support charging during high-demand peak hours, cutting electricity costs. The integrated storage also supports more daily charging sessions on grid-constrained sites, boosting revenue potential without infrastructure expansion.

Its dual-function design adds further value. With an optional inverter, the unit can supply power to homes, offices or facilities during grid outages, turning a charging asset into an emergency backup power source for multi-purpose site investment.

This battery storage charging station is purpose-built for sites where grid capacity limits EV charging deployment, resolving the core gap between available grid supply and peak charging demand:

The JT40F energy storage EV charger offers full customization to match site requirements and branding needs. Hardware customizations include adjustable charging cable lengths (standard 5m), custom enclosure colors and branded exterior logos.

On the software side, operators can tailor user interfaces, charging schedules and authentication workflows, with configurable charging modes including automatic charging, fixed power, fixed amount and scheduled charging to fit different business models.

Authentication options include RFID cards, QR code mobile app access, VIN-based automatic charging and password start. Communication interfaces cover standard Ethernet for fixed sites and optional 4G wireless for locations without wired infrastructure. An optional inverter module is available for AC backup power output.

The JT40F features dual protection ratings for reliable long-term outdoor operation. The complete system carries an IP54 rating for dust and splash resistance, suitable for rain, dust and coastal environments. The internal battery pack holds an IP67 rating for immersion protection in flooding scenarios.

Liquid cooling thermal management maintains stable battery temperatures across the full -20°C to +50°C operating range, with intelligent power adjustment that automatically modulates charging output based on ambient conditions for safe operation in extreme weather.

It supports the OCPP 1.6J communication protocol for standardized, secure data exchange with central charging management systems. Multiple authentication methods prevent unauthorized access and give operators full control over charging usage.

The JT40F energy storage integrated charging pile differentiates from standard EV chargers by solving grid capacity constraints at the source. Instead of requiring costly transformer upgrades, utility coordination and months of permitting, the integrated system works with existing site power access for immediate deployment.

Operators gain instant charging capacity with day-one peak shaving cost savings, while multi-standard connector compatibility supports nearly all DC fast-charging EV models. Liquid cooling, dual IP protection ratings and intelligent temperature management deliver reliable 24/7 outdoor operation across demanding climates.

For buyers evaluating a DC fast charger with energy storage, the JT40F offers a complete all-in-one solution with no separate battery cabinet, no complex system integration and no extra grid connection fees. Full customization options for branding, software and access controls ensure alignment with specific operational requirements.

Q1: What is the output power of the JT40F energy storage integrated charging pile?
A: The JT40F delivers 180kW maximum DC fast charging output, with a 200-1000V DC voltage range and 250A maximum output current.

 

Q2: Does the JT40F require a new transformer installation?
A: No. Its built-in 200kWh battery pack buffers charging load, allowing operation with standard power access. This eliminates major grid upgrade costs and project delays.

 

Q3: Which DC charging standards does this integrated storage charging pile support?
A: It supports CCS1, CCS2, CHAdeMO, DC-GBT and Tesla connectors, covering the vast majority of DC fast-charging EVs globally.

 

Q4: How does the peak shaving function reduce electricity costs?
A: The battery charges during low-tariff periods and discharges to support charging during high-demand peak windows, cutting peak demand charges and shifting energy consumption to lower-cost tariff periods.

 

Q5: What are the protection ratings of the JT40F?
A: The complete system has an IP54 dust and splash resistance rating for outdoor installation. The internal battery pack carries an IP67 rating for enhanced immersion protection.

 

Q6: What thermal management system does the battery pack use?
A: The 200kWh battery pack uses liquid cooling thermal management, with intelligent temperature adjustment across the -20°C to +50°C operating range.

 

Q7: What communication protocol does the JT40F support?
A: It uses the OCPP 1.6J protocol for central charging management system integration, with optional Ethernet or 4G communication interfaces.

 

Q8: Can the JT40F be used for backup power during grid outages?
A: Yes, with an optional inverter module, it can supply AC power to homes, offices or facilities during outages for emergency backup and off-grid power use.

 

Q9: What customization options are available for the JT40F?
A: Customization includes enclosure colors, exterior logos, software interfaces, charging cable length, charging modes, authentication methods and communication interfaces, plus an optional inverter module.

 

Q10: What authentication methods does the JT40F support?
A: It supports RFID cards, QR code mobile app access, VIN-based automatic charging and password start, selectable based on operational requirements.