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ANJAROEL
This 12V 150Ah sodium-ion deep cycle battery adopts advanced sodium-ion cell technology, equipped with an integrated smart BMS (Battery Management System). Featuring ultra-long cycle life and outstanding low-temperature performance, it delivers stable power output under extreme cold environments. Built with comprehensive multi-layer safety protection circuits, it is a reliable new energy alternative to lead-acid and lithium batteries. Widely applied in off-grid solar systems, RVs, marine equipment, agricultural machinery, outdoor energy storage and low-temperature region power supply projects.
Representing cutting-edge new energy storage technology, this 12V 150Ah sodium-ion deep cycle battery serves as an innovative and high-performance alternative to traditional lead-acid and lithium batteries. Adopting advanced sodium-ion cell craftsmanship, it breaks through the performance limitations of conventional energy storage units, featuring exceptional cyclic durability and industry-leading low-temperature adaptability that outperforms mainstream battery products in extreme climate conditions.
Integrated with a precision smart BMS, the battery achieves real-time cell monitoring, intelligent energy regulation and comprehensive operational protection. Built-in multi-layer safety circuits effectively guard against overcharge, overdischarge, overcurrent and short-circuit risks, greatly enhancing overall operational stability and long-term usage safety. Its standout cold-resistant performance enables consistent and reliable power output even in ultra-low temperature environments, making it uniquely suitable for power supply projects in frigid regions where ordinary batteries struggle to function properly.
Engineered for long-term cyclic operation and diverse outdoor scenarios, this robust sodium-ion battery boasts wide application versatility. It works perfectly for off-grid solar storage systems, RV mobile power, marine equipment power supply, agricultural machinery matching and outdoor energy storage facilities. With superior safety, extreme environmental adaptability and reliable cycle performance, it delivers a cost-effective, durable and future-proof new energy solution for residential, commercial and industrial low-temperature power supply scenarios.
Product Advantage |
Supports stable operation within -40℃ ~ 60℃. Greatly outperforms lithium iron phosphate batteries in frigid climate areas, ideal for northern regions, alpine outdoor equipment and winter mobile power scenarios.
Achieves ≥10,000 deep charge-discharge cycles, far exceeding traditional lead-acid batteries and most lithium batteries, significantly lowering long-term replacement and maintenance costs.
Built-in dedicated BMS module, providing full protection against overcharge, over-discharge, over-current and short circuit. Optimized self-discharge performance ensures long-term standby storage without rapid capacity loss.
Max charging current reaches 100A; continuous discharge current up to 200A. Supports high-current loads, suitable for motors, inverters and high-power outdoor equipment.
Net weight only 20kg with compact cabinet dimensions, easy to transport, install and move for mobile and stationary energy storage projects.
Technical Parameters |
Parameter | Specification |
Product Type | Sodium-ion Deep Cycle Battery |
Standard Voltage | 12V |
Rated Capacity | 150Ah |
Maximum Charging Current | 100A |
Continuous Discharge Current | 200A |
Terminals | Positive & Negative Terminal Ports |
Cycle Life | ≥10,000 cycles |
Operating Temperature | -40℃ ~ 60℃ |
Dimension | 522 240 218 mm |
Net Weight | 20 kg |
Built-in System | Integrated BMS |
Protection Functions | Overcharge, Over-discharge, Over-current, Short-circuit protection |
Product Uses |
Perfect match for small household solar systems, remote cabins, rural independent photovoltaic power stations, especially suitable for cold climate zones.
RVs, campers, yachts, fishing boats and sightseeing vehicles, replacing traditional lead-acid batteries for longer service life.
Forest monitoring, base station backup power, construction temporary power supply, agricultural irrigation equipment.
Residential backup power, portable energy stations, low-temperature area emergency power supply.
Product Operate Guide |
1. Use matched dedicated charger for sodium-ion batteries; avoid lead-acid or lithium chargers to prevent damage.
2. Do not exceed the maximum charging current (100A) and continuous discharge current (200A).
3. Although the battery works at -40℃, low-temperature charging current should be properly reduced to extend service life.
4. The battery can be connected in series/parallel to expand voltage and capacity; please follow official connection guidelines.
FAQ |
Q1: What is the biggest advantage of sodium-ion batteries compared with LiFePO4 batteries?
A1: Sodium-ion batteries maintain excellent discharge capacity at ultra-low temperatures (-40°C), which LFP batteries cannot achieve. It also features longer cycle life and better safety performance.
Q2: Can I directly replace my existing 12V lead-acid battery?
A2: Yes, in terms of voltage specification, but you need to confirm your charger supports sodium-ion battery charging curves.
Q3: Can multiple batteries be connected in series?
A3: Support series and parallel expansion. Contact our technical team to obtain series/parallel limits and wiring requirements.
