Battery Charger Panel

Worldwide Electric Stock Co., Ltd.: Your Professional Battery Charger Panel Manufacturer!

Established in 2000, Worldwide Electric is a professional manufacturer of electrical energy-saving and industrial control equipment based in Xiangyang, Hubei, China. With over 200,000㎡ of production area, advanced manufacturing facilities, and nationwide service coverage, we provide reliable products and stable supply solutions for customers in power, mining, metallurgy, construction, machinery, and other industrial sectors worldwide.

Why choose us?

Certified quality management

Worldwide Electric was among the first companies in the industry to obtain ISO9001 certification in China. Our products are manufactured under standardized quality control processes to ensure stable performance and dependable operation in industrial applications.

Strong manufacturing capacity

Our production base includes independent workshops for mechanical processing, electrical assembly, spraying, instrumentation, and optoelectronics. Equipped with more than 120 production and testing machines, we can efficiently support both standard orders and large-volume project requirements.

Continuous technical development

We established our R&D center in Wuhan and have been recognized as a National Enterprise Technology Center in China. Continuous investment in technology and product development helps us provide practical and energy-saving solutions that meet changing industrial needs.

Reliable domestic and global supply

Worldwide Electric serves customers across all regions of mainland China, with products exported to more than 50 countries and regions. Our long-term industry experience and stable production system help customers reduce sourcing risks and maintain reliable project delivery.

Benefits of Battery Charger Panel

Efficient energy conversion

The battery charger can convert Alternating Current (AC) into Direct Current (DC) and adjust the voltage to a level that suits the battery. By doing this, it minimizes wastage of energy during conversion which in turn increases the life span for the battery.

Protects the battery

Through precisely controlling charging process, a batter charger will ensure that there is no overcharging or over discharging due to its control on these conditions. This protection mechanism can avoid battery damage and thus extend the service life of the battery.

Portability

Many designs for battery chargers have been small and lightweight which are easy to be carried around. It makes possible for users to have charged devices wherever they go thus improving portability and usability.

Product Specifications

Item	Index			Test condition
Item	Min	Representative value	Max	Test condition
Input voltage range (VAC)	300	380	456	Output 240ADC, full load
Output adjustable range (VDC)	180	230	300	Input 380DAC, full load
Stabilized voltage accuracy		0.01%	0.5%	Output 198-286VDC, 20-100% load, input 300-456VAC
Stabilized current accuracy		0.08%	0.5%	Output 198-286VDC, 20-100% load, input 300-456VAC
Dynamic effect	12uS	50uS	100uS	Rated output 20-75% load jump
Charger efficiency	88%	90%	91%	Output 300V, 5A
Max hearable noise (dB)		50	60	Full load, environment noise 40dB
Storage temperature (℃)	-40	35	60
Service environment temperature (℃)	-15	25	45	Output 240V, 20A
Wide frequency stray noise (mV)	18	25	40	Rated input and output, resistance load
Peak stray noise (mV)	100	300	400	Rated input and output, resistance load
Parallel asymmetric current degree	±0.5%	±2%	±5%	Rated input and output, monitor the balance current
Starting delay (second)	1	2	3
Ripple factor	0.01% to 0.1%			Frequency width 0-20MHz
Dielectric strength	1500VAC 50Hz			Time 1 minute, leak current 10mA
Inner radiator temperature rise	≦25℃			Environment temperature 45℃
Load class	Continuous working whenⅠclass(100%)rated output current			In floating charge voltage range
Automatic current limitation characteristic	Output current exceeds 112% of the rated current			Constant power protection, the output current won't increase and DC voltage reduces.
Input over voltage protection	Input voltage setting value(456±5VAC), automatically close the rectifier. Lightning stroke transient over voltage adopts HARRIS special lightning arrestor for elements.			Automatically return after the voltage is normal. The over voltage value can be set(be set when the output is no-load)
Output over voltage protection	Automatically stops outputting when output voltage exceeds 328±3VDC to avoid the device damage.			Automatically return after the voltage is lower than the over voltage value. The over voltage value can be set.
Output short circuit protection characteristic	In any input voltage, output voltage and load conditions, the output short circuits because of the fault.			Automatically return to normal operation after troubleshoots.

Application of Battery Charger Panel

Solar charging systems
Used with PV panels to charge batteries for portable electronics, camping equipment, and remote power stations.

Vehicles and marine (maintenance)
Employed in cars, RVs, and boats to keep batteries charged while not in use, preventing battery degradation.

Industrial/stationary power

Used in utility and process control industries to maintain standby DC power systems (float charging) and manage DC loads.

Small electronic devices

Used in DIY setups or portable chargers to charge lithium-ion batteries for phones or gadgets.

Load management

Many panels feature a controller that connects to devices (loads), allowing them to manage power consumption (e.g., in lighting) with built-in timers and low-voltage disconnects.

Packaging and Shipping

FAQ

Q: What are battery charger panels mainly used for?

A: Battery charger panels are widely used in substations, power plants, telecommunications, industrial facilities, renewable energy systems, and UPS applications where reliable DC backup power is required for protection, control, and emergency systems.

Q: What types of batteries can a battery charger panel support?

A: Most battery charger panels can support lead-acid batteries, maintenance-free batteries, nickel-cadmium batteries, and lithium battery systems depending on the charger design and project requirements. Proper charger configuration is important to ensure battery performance and service life.

Q: What are the key functions of a battery charger panel?

A: A battery charger panel provides battery charging, DC power supply, voltage regulation, current limiting, battery monitoring, and fault protection. Advanced systems may also include communication interfaces, alarm functions, and automatic switching features for stable system operation.

Q: How do I select the right battery charger panel?

A: When choosing a battery charger panel, buyers should consider battery type, DC output voltage, charging current, load capacity, input power conditions, protection requirements, installation environment, and communication needs. Compliance with local and international standards is also important.

Q: What protection features are included in battery charger panels?

A: Battery charger panels are commonly equipped with protections such as overvoltage protection, overcurrent protection, short-circuit protection, reverse polarity protection, overheating protection, and battery fault alarms to improve system safety and operational reliability.

Q: Can battery charger panels operate continuously?

A: Yes, industrial battery charger panels are designed for continuous operation and can provide stable DC output while simultaneously charging batteries. High-quality systems are built to support long-term operation in demanding industrial environments.

With over 25 years' experience, we are one of the most reliable battery charger panel manufacturers and suppliers in China. Please feel free to buy high quality battery charger panel at competitive price from our factory. Welcome to view our website for more information.

solar pulse charger, solar charge, solar panel for vehicle charging