Product Details
The core of this 209kWh PV-Storage & EV Charging All-In-One System lies in our high-density 314Ah LiFePO4 cells. We didn't just pick these for the name; they provide a rock-solid 8000+ cycle life which is non-negotiable for high-traffic charging hubs. Whether you're dealing with scorching mid-day sun or heavy EV demand at night, the integrated BMS keeps things stable. Since it's CE-certified and cleared for UN38.3, you're getting a system that actually meets the 2026 safety benchmarks, not just "good enough" specs. It's the ultimate ROI booster for gas stations looking to pivot into the electric era without rebuilding their entire grid connection.
Technical Parameters
|
Technical Parameter |
209kWh All-In-One System |
|
Battery Chemistry |
Premium LiFePO4 cells (LFP) |
|
Nominal Energy Capacity |
209 kWh |
|
Cell Specification |
High-Density 314Ah |
|
Cycle Life |
8000+ cycles (@80% DOD, 25℃) |
|
Rated AC Output Power |
125 kW |
|
Max. PV Input Power |
120 kW |
|
EV Charging Outlets |
2 x 60kW or 1 x 120kW DC Fast Charger |
|
Cooling Method |
Advanced Liquid Cooling (Precision Loop) |
|
Enclosure Protection |
IP55 (All-Weather Outdoor Rated) |
|
Certifications |
CE, IEC 62619, UN38.3, MSDS |
Our Workshop
FAQ
Q: Why do you specify 314Ah LiFePO4 cells instead of standard 280Ah cells for these All-In-One systems?
A: Let's look at the math. Moving from 280Ah to 314Ah LiFePO4 cells allows us to pack significantly more energy into the exact same cabinet footprint. It means fewer internal cell connections, fewer structural cables, and fewer potential failure points. In heavy-duty commercial applications like EV charging, this setup translates to higher system efficiency, better thermal uniformity, and a guaranteed 8000+ cycle life that smaller cells just can't deliver over a 10-to-15 year project lifespan.
Q: How does the system handle rapid EV charging spikes without disrupting the local factory or commercial grid connection?
A: That's the exact problem this system was engineered to solve. When a vehicle plugs into the integrated fast charger, the intelligent BMS automatically draws power first from the LiFePO4 cells and the active solar panels, not the utility grid. By acting as a dynamic physical buffer, the system caps your grid draw to a preset limit. It completely eliminates peak demand charges and saves you from paying the utility company thousands of dollars for expensive grid infrastructure upgrades.
Q: What's the cycle life of your energy storage product?
A: By utilizing premium Grade A LiFePO4 cells (including the high-capacity 314Ah cells), our energy storage systems deliver a cycle life of 8000+ times at 80% Depth of Discharge (DOD). This ensures over 10-15 years of daily operational stability for most projects.
Q: What does Xiehang New Energy specialize in?
A: Xiehang New Energy is a professional manufacturer dedicated to the R&D and production of LiFePO4 Energy Storage Systems (ESS). We specialize in providing high-efficiency solutions for Home Energy Storage and C&I (Commercial & Industrial) Energy Storage, including our flagship 209kWh PV-Storage & EV Charging All-in-one system.
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