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AGM Lithium Battery
Created with Pixso. Deep Recycle 2V Gel AGM Lithium Battery For Telecom & Energy Storage

Deep Recycle 2V Gel AGM Lithium Battery For Telecom & Energy Storage

Brand Name: Soeteck
Model Number: 1
MOQ: 1
Price: asdfadfdasf
Delivery Time: fasdfasdf
Payment Terms: D/A
Detail Information
Place of Origin:
China
Certification:
CE, ISO, UL
Number Of Outlets:
4 To 12
Power Capacity:
500VA To 3000VA
Transfer Time:
Typically 2-10 Milliseconds
Dimensions:
Varies By Model, Typically 150x350x200 Mm
Waveform:
Sine Wave Or Simulated Sine Wave
Backup Time:
5 To 60 Minutes Depending On Load
Type:
Power Backup Device
Weight:
5 To 15 Kg
Battery Type:
Sealed Lead Acid (SLA) Or Lithium-ion
Output Voltage:
220-230V AC
Communication Ports:
USB, RS-232, Or Network Management Card
Operating Temperature:
0°C To 40°C
Input Voltage:
100-240V AC
Noise Level:
Less Than 40 DB
Total Number Of Cabinets:
1
Available Space For IT Equipment:
21-151u
UPS Capacity:
Edge Sites, Remote Offices, Harsh Environments
Cooling Type:
Integrated Liquid Cooling Or Air Cooling
Cooling Capacity:
High
Dimensions (W*D*H):
Less Than Or Equal To 1.2
Packaging Details:
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Supply Ability:
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Highlight:

2V AGM Lithium Battery

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Telecom AGM Lithium Battery

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2V agm gel battery

Product Description

Deep-Recycle 2V Gel Battery for Telecom & Energy Storage

 

The SOETECK SY-VRLA Series 2V Gel Battery delivers ultra-high capacity, prolonged cycle life and exceptional reliability. As an advanced upgrade to traditional 2V flooded lead-acid batteries, it is expertly optimized for seamless series and parallel assembly into high-voltage (48V/110V/220V) power systems, effectively fulfilling the rigorous power requirements of large UPS systems, utility-scale solar and wind energy storage, and telecom central office power supply setups.

Featuring heavy-duty lead-calcium-tin alloy grids and high-density gel electrolyte, it delivers a superior deep-cycle lifespan of up to 1200 cycles (80% DOD) and stable operation even in harsh temperature conditions from -10°C to 50°C. Combined with an ultra-low self-discharge rate (<1%/month at 25°C) and a hassle-free maintenance-free sealed design, it provides a cost-effective, durable power solution that delivers lasting value for industrial-scale energy storage and high-power critical backup power needs.

 

Product Family

Models Nominal Voltage Rated Capacity Length (mm) Width (mm) Height (mm) Total Height (mm) Appox.Weight (kg)
SY-GJM020200 2V 200Ah (10hrs/25℃) 173 111 330 352mm(364mm after cover installation) 14.8
SY-GJM020300 2V 300Ah (10hrs/25℃) 171 151 330 342 20.0
SY-GJM020400 2V 400Ah (10hrs/25℃) 211 176 330 341mm(367mm after cover installation) 27.0
SY-GJM020500 2V 500Ah (10hrs/25℃) 242 175 330 352mm(365mm after cover installation) 31.0
SY-GJM020600 2V 600Ah (10hrs/25℃) 410 175 330 352mm(365mm after cover installation) 40.0
SY-GJM020800 2V 800Ah (10hrs/25℃) 410 175 330 342mm(365mm after cover installation) 53.5
SY-GJM021000 2V 1000Ah (10hrs/25℃) 475 175 330 340mm(365mm after cover installation) 63.5
SY-GJM021500 2V 1500Ah (10hrs/25℃) 400 350 345 367mm(382mm after cover installation) 105.0
SY-GJM022000 2V 2000Ah (10hrs/25℃) 490 350 345 361mm(382mm after cover installation) 120.0
 

Product Features

Deep Recycle 2V Gel AGM Lithium Battery For Telecom & Energy Storage 0
 

Ultra-High Capacity & Extended Cycle Life

Available in capacities from 200Ah to 3000Ah, tailored for large-scale energy storage systems. Adopts heavy-duty lead-calcium-tin alloy grids and high-density gel electrolyte, achieving 1200 cycles at 80% DOD (2x longer than standard 2V flooded batteries) and retaining ≥80% capacity after 8 years of float charging at 25°C, minimizing replacement frequency for industrial applications.

 

High Deep-Discharge Resistance & Low Self-Discharge

Withstands repeated deep discharge (100% DOD) without permanent capacity loss, ideal for cyclic energy storage scenarios (solar/wind off-grid). Ultra-low self-discharge rate (<1%/month at 25°C) ensures stable performance even after 6 months of idle storage, reducing maintenance costs for remote telecom base stations and off-grid power systems.

Deep Recycle 2V Gel AGM Lithium Battery For Telecom & Energy Storage 1

FEATURED serieS OF Power Distribution SOLUTIONS

 

Focus on the core power delivery demands of high-density data center deployments, where our full range of premium products leverages advanced technological advantages to reliably safeguard continuous, efficient, and stable operation.

Reliable & Cost-Effective

Basic PDUs

Robust rack-mount power distribution featuring 2.00mm thick profiles and high-purity red copper bars. Ensures low temperature rise (<3°C) and superior structural stability for general IT equipment.

Customized / 0U Vertical

Functional PDUs

Tailored for high-density environments with customized vertical 0U installation. Features high-power air circuit breakers and hot-swappable modules to support flexible and safe power expansion.

Networked / Monitored

Smart PDUs

Advanced Smart-K series for remote management. Monitors voltage, current, and energy in real-time while integrating environmental sensors (temp/humidity) to optimize PUE and ensure mission-critical uptime.

Intelligent / Centralized

Precision PDCs

Intelligent Power Distribution Cabinets designed for modular data centers. Integrates precision circuit monitoring, isolation transformers, and smart management for central power control and safety.

APPLICATIONS

 

From remote outdoor fields to high-density AI computing centers, our prefabricated and modular designed data center solutions deliver rapid deployment and optimal PUE across diverse industries.

Deep Recycle 2V Gel AGM Lithium Battery For Telecom & Energy Storage 6
AI Model Training & Inference
Deep Recycle 2V Gel AGM Lithium Battery For Telecom & Energy Storage 7
IDC Capacity Expansion
Deep Recycle 2V Gel AGM Lithium Battery For Telecom & Energy Storage 8
Mining & Oil Exploration
Deep Recycle 2V Gel AGM Lithium Battery For Telecom & Energy Storage 9
Server Room Retrofit

FAQ

 
1. What is the key difference between 2V Gel battery and 12V Gel battery?
The 2V Gel battery is designed for large-scale, high-power applications (capacity 200Ah-3000Ah), optimized for series/parallel into high-voltage systems (48V/110V/220V) for industrial UPS, utility-scale energy storage, and telecom central offices. The 12V version is for small-to-medium power scenarios (7Ah-200Ah) like small UPS, emergency lighting, and RV power. 2V models have longer cycle life (1200 vs. 500 cycles at 80% DOD) and lower self-discharge (<1% vs. <2%/month), but require dedicated battery room installation due to larger size/weight.
2. What is the cycle life and service life of 2V Gel battery?
At 80% Depth of Discharge (DOD), cycle life is 1200 cycles (retains ≥80% capacity); at 50% DOD (typical float charge use), cycle life extends to 2000+ cycles. Under normal operating conditions (25°C, float charge voltage 2.25-2.27V/cell), the service life is 8-10 years (2-3 years longer than standard 2V flooded lead-acid batteries). At 35°C, service life reduces to 5-6 years due to accelerated grid corrosion.
3. What are the charging requirements for 2V Gel battery banks?
For 2V Gel battery banks: (1) Float charge voltage: 2.25-2.27V/cell (25°C); (2) Cycle charge voltage: 2.30-2.35V/cell (25°C); (3) Charging current ≤0.1C (e.g., 20A for 200Ah battery). Temperature compensation: -5mV/°C per cell (e.g., 2.20V/cell float charge at 35°C). Use industrial-grade CC-CV chargers with gel battery profile; avoid overcharging (voltage >2.40V/cell) to prevent electrolyte dehydration and capacity loss.
4. How to connect 2V Gel batteries into high-voltage systems?
To build high-voltage systems: (1) Series connection: For 48V system, connect 24 cells in series (2V×24=48V); for 110V system, 55 cells (2V×55=110V); for 220V system, 110 cells (2V×110=220V). (2) Parallel connection: Max 4 strings in parallel for capacity expansion (e.g., 4×200Ah strings = 800Ah total capacity). Ensure all batteries are same model/batch, voltage difference <0.05V before connection, and use copper busbars for low-resistance connection to avoid uneven charging/discharging.
5. What are the installation and maintenance precautions for 2V Gel batteries?
Installation: (1) Install in well-ventilated battery room (temperature 10-30°C, humidity 40-70%); (2) Floor-mounted with anti-slip pads, minimum 10cm spacing between batteries for heat dissipation; (3) Use insulated copper cables (cross-section ≥25mm² for 200Ah batteries) to connect terminals. Maintenance: (1) Inspect terminal tightness every 3 months (torque 10-15 N·m); (2) Clean surface dust with dry cloth (no water/chemical cleaners); (3) Monitor battery room temperature and BMS data monthly; no watering/electrolyte checks required (maintenance-free).
6. What applications are 2V Gel batteries suitable for?
2V Gel batteries are ideal for industrial-scale critical power scenarios: (1) Large UPS systems (data center/industrial UPS with 100kVA+ capacity); (2) Utility-scale solar/wind energy storage (off-grid/hybrid power plants); (3) Telecom central office power supplies (48V/220V backup systems); (4) Grid peak shaving/valley filling energy storage; (5) Marine/shipboard power systems (low-maintenance, leak-proof design). They are not recommended for small portable power applications due to large size/weight.

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