Utility Energy Storage LIBLFP 0.5P/3727 0.5P/5016

Fast power. Lower cost. Smaller footprint.

LIBLFP 0.5P/3727 0.5P/5016 Liquid‑Cooled ESS — your fast‑thinking, cost‑saving energy sidekick

Factory‑assembled energy storage that responds to AGC in ~100 ms, installs up to 80% faster, and trims auxiliary energy use by ~40%. Built for grids, industrial parks, and smart campuses.

Compliance Standards: UN 38.3, UN 3551, UN3552, IEC 61000, IEC 62619, IEC 62477,IEC 60529,GB/T 36276

Request Quotation

Utility Energy Storage LIBLFP 0.5P3727 0.5P5016 xupai

Utility Energy Storage LIBLFP 0.5P3727 0.5P5016 (4)xupai

Utility Energy Storage LIBLFP 0.5P3727 0.5P5016 (3)xupai(1)

Utility Energy Storage LIBLFP 0.5P3727 0.5P5016 (2) xupai

What makes LIBLFP easier

Designed for both B2B operators and C‑side facility teams.

Cost‑Effective Deployment

Up to 90% installation efficiency with pre‑assembled architecture.

Faster On‑Site Work

80% shorter installation time minimizes downtime and disruption.

Low‑Touch O&M

30% lower labor‑related maintenance costs from simplified service.

Battery Consistency

High‑efficiency liquid cooling tightens temperature spread for longevity.

Excellent Round‑Trip Performance

High charge/discharge efficiency reduces operating cost per kWh.

Smarter Thermal Control

Adaptive temperature management cuts auxiliary energy by ~40%.

Space‑Saving Design

Back‑to‑back battery layout fits more energy into tight rooms.

100 ms‑Class Response

Tracks AGC commands for real‑time grid support and value stacking.

Control Topology Diagram

Technical Specifications

Item	LIBLFP-0.5P/3727	LIBLFP-0.5P/5016
Cell Type	LFP-280Ah	LFP-314Ah
Configuration Method	10×1P416S	12×1P416S
Dimensions (L×W×H)	6058×2438×2896 mm	6058×2438×2896 mm
Nominal Voltage	1331.2 VDC	1331.2 VDC
Voltage Range	1164.8–1497.6 VDC	1164.8–1497.6 VDC
Nominal Energy	3727 kWh	5016 kWh
Rated Charge/Discharge Rate	0.5P	0.5P
Weight	≤ 38 t	≤ 42 t
Operating Temperature	−10°C to +55°C	−10°C to +55°C
Protection Level	IP55	IP55
Communication Protocol	CAN, RS485, TCP/IP	CAN, RS485, TCP/IP
Thermal Management / Cooling	Smart Liquid Cooling	Smart Liquid Cooling
Compliance / Standards	UN 38.3, UN 3536; IEC 62619, IEC 63056, IEC 61000, IEC 62477, IEC 60529; GB/T 36276	UN 38.3, UN 3536; IEC 62619, IEC 63056, IEC 61000, IEC 62477, IEC 60529; GB/T 36276

Where it shines

Grid frequency regulation & peak‑shaving

100 ms‑class AGC response smooths frequency swings

Renewable curtailment capture

Store surplus wind/solar and discharge at peak value

Industrial parks & campuses

Coordinate distributed energy for lower blended cost

Demand‑charge management

Shave peaks to avoid penalties and stabilize bills

Resilient backup & microgrids

Airports, data centers, rail hubs, buildings, parks, stations.

Benefits you can feel

For Utilities & IPPs (B2B)

Faster commercial operation dates with factory‑built blocks.
Higher availability from thermally consistent packs.
Better revenue capture in frequency and peak markets via fast response.

For C&I Operators & Campuses (C‑side)

Reduce demand charges and protect critical loads without oversizing.

Lower OPEX with fewer truck rolls and intelligent cooling.

Fit storage into tight mechanical rooms or container yards.

Week 1
Quick set‑up, clean commissioning, immediate peak shaving.

Month 3
Fewer maintenance interruptions; stable thermal profile.

Year 1
Lower energy & labor overhead; extended asset life trajectory.

Ready to turn volatility into value?

Tell us your target power/energy and site conditions. We’ll map your tariff, peaks, and AGC opportunity in a 20‑minute review.

报错： 未找到这个表单