Find Verified Battery Suppliers, Manufacturers and Wholesalers

JUXON Juxon010-100D is a 100W 42V 2A Li-ion charger configured for Phylion and Joycube-style 36V e-bike battery systems. It supports SVD/SV 5-pin connector projects, service replacement programs and distributor stocking where connector fit and stable low-current charging are important. Regional plug, output lead, cable length and branded label can be configured according to project requirements.

Official JUXON product page:
https://www.juxonpower.com/en/products/juxon010-100d/?utm_source=go4worldbusiness&utm_medium=product&utm_campaign=juxon010_100d

Send charger matching details:
https://www.juxonpower.com/en/contact/?utm_source=go4worldbusiness&utm_medium=product&utm_campaign=juxon010_100d

For charger matching, please provide battery voltage, connector photo, battery chemistry, charging current requirement and estimated order quantity.

JUXON Juxon010-100C is a 100W 42V 2A Li-ion battery charger for 36V e-bike, scooter and compact mobility battery packs. It uses universal AC 100-240V input, flame-retardant ABS housing and a CC/CV charge profile for stable replacement and private-label charger programs. Connector type, cable length, indicator behavior and label artwork can be adjusted to match the target battery system. Applications include 36V e-bike battery packs, electric scooters, mobility scooters, compact Li-ion packs and replacement charger programs.

Official JUXON product page:
https://www.juxonpower.com/en/products/juxon010-100c/?utm_source=go4worldbusiness&utm_medium=product&utm_campaign=juxon010_100c

Send charger matching details:
https://www.juxonpower.com/en/contact/?utm_source=go4worldbusiness&utm_medium=product&utm_campaign=juxon010_100c

For charger matching, please provide battery voltage, connector photo, battery chemistry, charging current requirement and estimated order quantity.

JUXON Juxon010-100A is a 100W 42V 2A Li-ion battery charger for 36V battery packs used in e-bikes, scooters, mobility scooters and light electric vehicles. Its universal AC 100-240V input, compact flame-retardant ABS housing and CC/CV charge profile make it suitable for replacement programs, service networks and private-label charger projects. Connector, cable length, indicator behavior and label artwork can be matched to the battery pack specification. Applications include 36V e-bike battery packs, light electric scooters, mobility scooters, compact lithium battery systems and service replacement chargers.

Official JUXON product page:
https://www.juxonpower.com/en/products/juxon010-100a/?utm_source=go4worldbusiness&utm_medium=product&utm_campaign=juxon010_100a

Send charger matching details:
https://www.juxonpower.com/en/contact/?utm_source=go4worldbusiness&utm_medium=product&utm_campaign=juxon010_100a

For charger matching, please provide battery voltage, connector photo, battery chemistry, charging current requirement and estimated order quantity.

JUXON Juxon010-100J is a 100W 48V 2A Li-ion battery charger for 43.2V nominal battery packs and Gazelle Innergy-style e-bike systems. It supports service replacement, distributor stocking and private-label programs where connector matching and stable low-current charging are important. Available options include an Amphenol 3-pin output, custom cable length, regional plug and branded label according to project requirements. Input: AC 100-240V, 50/60Hz. Charging mode: CC/CV. Applications include Gazelle Innergy replacement projects, 43.2V Li-ion e-bike packs, service centers and distributor programs.

Official JUXON product page:
https://www.juxonpower.com/en/products/juxon010-100j/?utm_source=go4worldbusiness&utm_medium=product&utm_campaign=juxon010_100j

Send charger matching details:
https://www.juxonpower.com/en/contact/?utm_source=go4worldbusiness&utm_medium=product&utm_campaign=juxon010_100j

For charger matching, please provide battery voltage, connector photo, battery chemistry, charging current requirement and estimated order quantity.

SOLARMAN Smart
(End Users)
See your energy, understand your usage, control your future.
SOLARMAN Smart APP makes smart energy management intuitive and accessible for all.

SOLARMAN Smart for PC Support: Watching Over You, Powering Your Savings.
Your intelligent partner, monitoring and optimizing your energy around the clock.

Dynamic Tariff
European Coverage: Support 30+ European countries

AI Profit Calculating: Accurately estimate savings and selling income

based on real-time energy data and electricity tariffs

Smart Algorithm
Accurately analyze and quantify the energy yield losses recovered by optimizers. Users can view not only the total power generation but also clearly see how many kilowatt-hours of electricity were additionally "recaptured" by the optimizers.

Personalized Settings
Visual & Reading Experience:

Immersive Dark Mode: Reduces eye strain in low-light conditions, saves power for OLED screens, and delivers a more focused, immersive experience.

Customizable Font Size: With the new font size settings, users can adjust text for optimal reading comfort and effortless information access.

Professional-Grade Data Display Preferences:

Lockable Power Units: Choose to consistently display data in 'W' or 'kWh' without auto-conversion. This ensures absolute unit consistency for precise data analysis and financial calculations.

Borderless Language Support:

The system now supports nearly 20 major global languagesâ??including English, German, Spanish, Russian, and Ukrainianâ??with more on the way. This ensures you can interact with your energy system in your native language.

Milo-AI Assistant
Milo is the first AI assistant product in the SOLARMAN product line. It is designed to enhance the user experience in solar+storage scenarios by leveraging the capabilities of large language models, helping to realize AI for Solar within SOLARMAN ecosystem.

SOLARMAN Smart Download
Apple App
Google Play
Android App
Our Contribution to The Solar Community
Global energy shortage, Electricity prices continue to rise, use more of solar photovoltaic, so that you can have electricity available at any time and reduce electricity expenses, without the trouble caused by skyrocketing of electricity prices.

The SOLARMAN solar app solutions can help improve the overall reliability of equipment diagnostics by 60%, reduce on-site maintenance cost by 20%, and increase annual power generation by 5%-10% on average. The solution brings the best experience in a economic, smart and low- carbon manner for global customers.

To help build up a zero-carbon society, SOLARMAN wifi, as a smart energy expert, is on the way.

If you want to know more about solar energy management software, please visit our website.

Safety Guide for LiFePO Batteries

Safety Guide for Lithium Iron Phosphate (LFP) Battery Usage


Lithium Iron Phosphate (LFP) batteries are widely recognized for their excellent thermal stability, long cycle life, and high safety compared to other lithium-ion battery chemistries. However, proper usage and maintenance are still crucial to maximize their safety performance and extend their service life. This guide outlines essential safety guidelines for handling, operating, and storing LFP batteries in various scenarios, including household, industrial, and transportation applications.

Sodium-ion 18650 Backup Battery 1300mAh 3.0V

Sodium-ion 18650 Backup Battery 1300mAh 3.0V | Safe 0V Storage & Long Shelf Life
Paramete: Specification
Cell Model: Sodium-ion 18650 1300mAh
Nominal Capacity: 1300mAh
Nominal Voltage3.0V
Charge Cut-off Voltage: 3.95V
Discharge Cut-off Voltage:1.5V
Cycle Life: 1000 cycles (80% capacity retention)
Internal Resistance: 30m
Charge Operating Temperature: -10 ~ 60°C
Discharge Operating Temperature: -30 ~ 65°C
Note: Accept customization

Ni-MH Battery SC Size 2200mAh - 4000mAh

As a professional Ni-MH battery manufacturer, we offer a series of SC-size battery products with capacity ranging from 2200mAh to 4000mAh. Utilizing special electrode formulation and electrolyte system, this battery series delivers exceptional float-charging performance, maintaining stable voltage and capacity under long-term float charging conditions. Supporting continuous operation in constant charging state with low self-discharge rate and long cycle life, it is an ideal choice for emergency lighting systems, uninterruptible power supplies (UPS), and security alarm equipment requiring long-term backup power.

Advantages of Ni-MH Batteries
1. Safe and Environmentally Friendly Free from cadmium and other harmful heavy metals.
2. Safe and Reliable Ni-MH batteries are designed with sealing rings and sealing glue, resulting in minimal leakage.
3. Long Service Life Ni-MH batteries can provide over 500 charge and discharge cycles.
4. Low Internal Resistance Supports fast charging within 1 to 6 hours.
5. Long Storage Life â?? Excellent storage performance with low self-discharge rate.
6. Wide Temperature Range Operates reliably within a temperature range of -20C to 70C.
Wide Capacity Range Available capacities from 300mAh to 10,000mAh, with customization available upon request.

Sodium-ion Battery 26650 2400mAh 3.0V

This 26650 model sodium-ion battery is a high-performance rechargeable battery with a diameter of 26mm and a height of 65mm. With a nominal capacity of 10Ah and a nominal voltage of 3.0V, it utilizes advanced sodium-ion chemistry specifically designed for low-temperature environments and high-rate discharge applications.



It is particularly suitable for use as a motorcycle starting battery, and is also widely used in electric motorcycles, energy storage systems, and other equipment that need to operate in demanding conditions. The battery maintains stable performance within an operating temperature range of -30°C to 60°C, with a discharge efficiency exceeding 85% at -20°C, supports 10C high-rate discharge, offers a cycle life of over 2000 cycles, and supports fast charging.

1. Advanced Full-Immersion Cooling Technology

Enhanced Safety: Cells are fully submerged in a non-conductive, fire-resistant coolant, eliminating the risk of thermal runaway propagation. No active fire suppression system required.

Optimal Temperature Uniformity: Every cell maintains a near-identical temperature (±1C), significantly extending cycle life by up to 50% compared to traditional air or liquid-cooled systems.

Higher Energy Density: The compact cooling solution allows for closer cell spacing, achieving up to 30% more energy capacity per square meter.

2. Integrated Containerized BESS Design

Plug-and-Play: Pre-assembled in a standard container with integrated BMS (Battery Management System), PCS (Power Conversion System), and EMS (Energy Management System).

Modular & Scalable: 22.4&25.6&28.8kWh per unit. Easily parallel multiple containers for MWh-scale projects (grid energy storage) or small commercial deployments.
3. High-Performance Battery Core

LiFePO4 (LFP) Cells: Industry-standard prismatic LFP cells, tested for 8,000+ cycles at 80% depth of discharge (DoD).

22.4&25.6&28.8kWh Nominal Energy: Real-world usable capacity with minimal derating, suitable for:

C&I Energy Storage (factories, data centers, shopping malls)

Solar Energy Storage (PV plus storage projects)

Peak shaving & demand charge management

4. Smart Energy Management

Remote Monitoring: EMS with real-time alerts, historical data, and predictive analytics.

Multi-Mode Operation: Supports grid-tied, off-grid, and hybrid modes. Automatic switchover in for critical loads.

Revenue Optimization: Built-in algorithms for arbitrage, demand response, and backup power scheduling.

1. Advanced Full-Immersion Cooling Technology

Enhanced Safety: Cells are fully submerged in a non-conductive, fire-resistant coolant, eliminating the risk of thermal runaway propagation. No active fire suppression system required.

Optimal Temperature Uniformity: Every cell maintains a near-identical temperature (�±1�°C), significantly extending cycle life by up to 50% compared to traditional air or liquid-cooled systems.

Higher Energy Density: The compact cooling solution allows for closer cell spacing, achieving up to 30% more energy capacity per square meter.

2. Integrated Containerized BESS Design

Plug-and-Play: Pre-assembled in a standard container with integrated BMS (Battery Management System), PCS (Power Conversion System), and EMS (Energy Management System).

Modular & Scalable: 5015kWh per unit. Easily parallel multiple containers for MWh-scale projects (grid energy storage) or small commercial deployments.
3. High-Performance Battery Core

LiFePO4 (LFP) Cells: Industry-standard prismatic LFP cells, tested for 8,000+ cycles at 80% depth of discharge (DoD).

5015kWh Nominal Energy: Real-world usable capacity with minimal derating, suitable for:

C&I Energy Storage (factories, data centers, shopping malls)

Solar Energy Storage (PV plus storage projects)

Peak shaving & demand charge management

4. Smart Energy Management

Remote Monitoring: EMS with real-time alerts, historical data, and predictive analytics.

Multi-Mode Operation: Supports grid-tied, off-grid, and hybrid modes. Automatic switchover in for critical loads.

Revenue Optimization: Built-in algorithms for arbitrage, demand response, and backup power scheduling.

1. Advanced Full-Immersion Cooling Technology

Enhanced Safety: Cells are fully submerged in a non-conductive, fire-resistant coolant, eliminating the risk of thermal runaway propagation. No active fire suppression system required.

Optimal Temperature Uniformity: Every cell maintains a near-identical temperature (�±1�°C), significantly extending cycle life by up to 50% compared to traditional air or liquid-cooled systems.

Higher Energy Density: The compact cooling solution allows for closer cell spacing, achieving up to 30% more energy capacity per square meter.

2. Integrated Containerized BESS Design

Plug-and-Play: Pre-assembled in a standard container with integrated BMS (Battery Management System), PCS (Power Conversion System), and EMS (Energy Management System).

Modular & Scalable: 77kWh per unit. Easily parallel multiple containers for MWh-scale projects (grid energy storage) or small commercial deployments.
3. High-Performance Battery Core

LiFePO4 (LFP) Cells: Industry-standard prismatic LFP cells, tested for 8,000+ cycles at 80% depth of discharge (DoD).

77kWh Nominal Energy: Real-world usable capacity with minimal derating, suitable for:

C&I Energy Storage (factories, data centers, shopping malls)

Solar Energy Storage (PV plus storage projects)

Peak shaving & demand charge management

4. Smart Energy Management

Remote Monitoring: EMS with real-time alerts, historical data, and predictive analytics.

Multi-Mode Operation: Supports grid-tied, off-grid, and hybrid modes. Automatic switchover in for critical loads.

Revenue Optimization: Built-in algorithms for arbitrage, demand response, and backup power scheduling.

1. Advanced Full-Immersion Cooling Technology

Enhanced Safety: Cells are fully submerged in a non-conductive, fire-resistant coolant, eliminating the risk of thermal runaway propagation. No active fire suppression system required.

Optimal Temperature Uniformity: Every cell maintains a near-identical temperature (�±1�°C), significantly extending cycle life by up to 50% compared to traditional air or liquid-cooled systems.

Higher Energy Density: The compact cooling solution allows for closer cell spacing, achieving up to 30% more energy capacity per square meter.

2. Integrated Containerized BESS Design

Plug-and-Play: Pre-assembled in a standard container with integrated BMS (Battery Management System), PCS (Power Conversion System), and EMS (Energy Management System).

Modular & Scalable: 516kWh per unit. Easily parallel multiple containers for MWh-scale projects (grid energy storage) or small commercial deployments.
3. High-Performance Battery Core

LiFePO4 (LFP) Cells: Industry-standard prismatic LFP cells, tested for 8,000+ cycles at 80% depth of discharge (DoD).

516kWh Nominal Energy: Real-world usable capacity with minimal derating, suitable for:

C&I Energy Storage (factories, data centers, shopping malls)

Solar Energy Storage (PV plus storage projects)

Peak shaving & demand charge management

4. Smart Energy Management

Remote Monitoring: EMS with real-time alerts, historical data, and predictive analytics.

Multi-Mode Operation: Supports grid-tied, off-grid, and hybrid modes. Automatic switchover in for critical loads.

Revenue Optimization: Built-in algorithms for arbitrage, demand response, and backup power scheduling.

1. Advanced Full-Immersion Cooling System

Zero fire risk: Battery cells are fully submerged in non-conductive dielectric fluid, eliminating thermal runaway propagation.

Superior temperature uniformity: Maintains �±2�°C across all cells, extending cycle life by 50% vs. traditional air or liquid cooling.

Higher energy density: Compact design allows 30% more capacity per square meter.

2. Smart EMS Software Management

Real-time monitoring: EMS with remote control, data analytics, and predictive maintenance alerts.

Multi-mode operation: Supports grid-tied, off-grid, solar self-consumption, and peak shaving modes.

Revenue optimization: Automated arbitrage scheduling based on time-of-use (TOU) electricity rates.
3. Solar-ready Solar Charging & Dual EV Ports

Solar-ready: Direct PV connection for clean energy storage and vehicle charging.

2 EV charging ports: Simultaneous charging for two electric vehicles


4. Containerized BESS Design

Plug-and-play: Pre-assembled in a standard container with integrated BMS, PCS, and EMS.

Scalable: Parallel multiple units for MWh-scale commercial energy storage or industrial container energy storage projects.

Weatherproof design for outdoor installation in extreme environments.

1. Advanced Full-Immersion Cooling Technology

Enhanced Safety: Cells are fully submerged in a non-conductive, fire-resistant coolant, eliminating the risk of thermal runaway propagation. No active fire suppression system required.

Optimal Temperature Uniformity: Every cell maintains a near-identical temperature (�±1�°C), significantly extending cycle life by up to 50% compared to traditional air or liquid-cooled systems.

Higher Energy Density: The compact cooling solution allows for closer cell spacing, achieving up to 30% more energy capacity per square meter.

2. Integrated Containerized BESS Design

Plug-and-Play: Pre-assembled in a standard container with integrated BMS (Battery Management System), PCS (Power Conversion System), and EMS (Energy Management System).

Modular & Scalable: 241kWh per unit. Easily parallel multiple containers for MWh-scale projects (grid energy storage) or small commercial deployments.
3. High-Performance Battery Core

LiFePO4 (LFP) Cells: Industry-standard prismatic LFP cells, tested for 8,000+ cycles at 80% depth of discharge (DoD).

241kWh Nominal Energy: Real-world usable capacity with minimal derating, suitable for:

C&I Energy Storage (factories, data centers, shopping malls)

Solar Energy Storage (PV plus storage projects)

Peak shaving & demand charge management

4. Smart Energy Management

Remote Monitoring: EMS with real-time alerts, historical data, and predictive analytics.

Multi-Mode Operation: Supports grid-tied, off-grid, and hybrid modes. Automatic switchover in for critical loads.

Revenue Optimization: Built-in algorithms for arbitrage, demand response, and backup power scheduling.

1. Advanced Full-Immersion Cooling Technology

Enhanced Safety: Cells are fully submerged in a non-conductive, fire-resistant coolant, eliminating the risk of thermal runaway propagation. No active fire suppression system required.

Optimal Temperature Uniformity: Every cell maintains a near-identical temperature (�±1�°C), significantly extending cycle life by up to 50% compared to traditional air or liquid-cooled systems.

Higher Energy Density: The compact cooling solution allows for closer cell spacing, achieving up to 30% more energy capacity per square meter.

2. Integrated Containerized BESS Design

Plug-and-Play: Pre-assembled in a standard container with integrated BMS (Battery Management System), PCS (Power Conversion System), and EMS (Energy Management System).

Modular & Scalable: 578kWh per unit. Easily parallel multiple containers for MWh-scale projects (grid energy storage) or small commercial deployments.
3. High-Performance Battery Core

LiFePO4 (LFP) Cells: Industry-standard prismatic LFP cells, tested for 8,000+ cycles at 80% depth of discharge (DoD).

578kWh Nominal Energy: Real-world usable capacity with minimal derating, suitable for:

C&I Energy Storage (factories, data centers, shopping malls)

Solar Energy Storage (PV plus storage projects)

Peak shaving & demand charge management

4. Smart Energy Management

Remote Monitoring: EMS with real-time alerts, historical data, and predictive analytics.

Multi-Mode Operation: Supports grid-tied, off-grid, and hybrid modes. Automatic switchover in for critical loads.

Revenue Optimization: Built-in algorithms for arbitrage, demand response, and backup power scheduling.

03 Africa-Acrel
Africa-Acrel Medical Isolation Power Supply System, Power Monitoring System, IDC Precision Distribution Monitoring Solution, Power IoT Cloud Platform etc, are widely used in the electrical industry in Africa.

04 Asia-Acrel
Asia-Acrel has a variety of cases in Asia, focusing on DC energy meter in photovoltaic systems, multi-circuits meters for data center, IOT energy management systems, Hall sensor applications, etc.

Explore Acrel Microgrid Energy Management System Solutions
Highly scalable, secure and configurable platform to build solutions using IoT in manufacturing, power, and electrical.

For more information about need of energy management in microgrids and microgrid management software, please feel free to contact us!

We can also provide kinds of ac current transducer for sale, if you are interested, please contact us.

Philips M3516A Battery (For M4735A HeartStart XL Defibrillator)

OEM Part Number: M3516A
Compatible Device: Philips M4735A HeartStart XL Defibrillator / Monitor
Alternative OEM Codes: LCT-1912ANK, LC-T121R8PG, 989803107041, 861266
Battery Chemistry: Sealed Lead Acid (VRLA SLA) / Li-ion replacement version available
Nominal Voltage: 12.0V
Standard Capacity: 2300mAh (2.3Ah), 27.6Wh; Economy version 2000mAh (24Wh)
Termination: Metal pressure contact terminals, no wire harness
Outer Casing: Black ABS plastic with yellow instruction label
Physical Dimensions & Weight
Dimension (L W H): 182mm 24.1mm 61mm / 7.17" 0.94" 2.40"
Net Weight: 740g / 1.65 lbs

1. Advanced Full-Immersion Cooling Technology

Enhanced Safety: Cells are fully submerged in a non-conductive, fire-resistant coolant, eliminating the risk of thermal runaway propagation. No active fire suppression system required.

Optimal Temperature Uniformity: Every cell maintains a near-identical temperature (�±1�°C), significantly extending cycle life by up to 50% compared to traditional air or liquid-cooled systems.

Higher Energy Density: The compact cooling solution allows for closer cell spacing, achieving up to 30% more energy capacity per square meter.

2. Integrated Containerized BESS Design

Plug-and-Play: Pre-assembled in a standard container with integrated BMS (Battery Management System), PCS (Power Conversion System), and EMS (Energy Management System).

Modular & Scalable: 22.4&25.6&28.8kWh per unit. Easily parallel multiple containers for MWh-scale projects (grid energy storage) or small commercial deployments.
3. High-Performance Battery Core

LiFePO4 (LFP) Cells: Industry-standard prismatic LFP cells, tested for 8,000+ cycles at 80% depth of discharge (DoD).

22.4&25.6&28.8kWh Nominal Energy: Real-world usable capacity with minimal derating, suitable for:

C&I Energy Storage (factories, data centers, shopping malls)

Solar Energy Storage (PV plus storage projects)

Peak shaving & demand charge management

4. Smart Energy Management

Remote Monitoring: EMS with real-time alerts, historical data, and predictive analytics.

Multi-Mode Operation: Supports grid-tied, off-grid, and hybrid modes. Automatic switchover in for critical loads.

Revenue Optimization: Built-in algorithms for arbitrage, demand response, and backup power scheduling.

1. Advanced Full-Immersion Cooling Technology

Enhanced Safety: Cells are fully submerged in a non-conductive, fire-resistant coolant, eliminating the risk of thermal runaway propagation. No active fire suppression system required.

Optimal Temperature Uniformity: Every cell maintains a near-identical temperature (�±1�°C), significantly extending cycle life by up to 50% compared to traditional air or liquid-cooled systems.

Higher Energy Density: The compact cooling solution allows for closer cell spacing, achieving up to 30% more energy capacity per square meter.

2. Integrated Containerized BESS Design

Plug-and-Play: Pre-assembled in a standard container with integrated BMS (Battery Management System), PCS (Power Conversion System), and EMS (Energy Management System).

Modular & Scalable: 5015kWh per unit. Easily parallel multiple containers for MWh-scale projects (grid energy storage) or small commercial deployments.
3. High-Performance Battery Core

LiFePO4 (LFP) Cells: Industry-standard prismatic LFP cells, tested for 8,000+ cycles at 80% depth of discharge (DoD).

5015kWh Nominal Energy: Real-world usable capacity with minimal derating, suitable for:

C&I Energy Storage (factories, data centers, shopping malls)

Solar Energy Storage (PV plus storage projects)

Peak shaving & demand charge management

4. Smart Energy Management

Remote Monitoring: EMS with real-time alerts, historical data, and predictive analytics.

Multi-Mode Operation: Supports grid-tied, off-grid, and hybrid modes. Automatic switchover in for critical loads.

Revenue Optimization: Built-in algorithms for arbitrage, demand response, and backup power scheduling.