Low Speed Vehicle Battery Charger
Young Energy is one of the top industrial EV charging equipment manufacturers in China, which has successfully established its supremacy in the market in the past few years. Our main products include industrial battery chargers for lead acid battery and lithium-ion battery, battery discharging indicators, DC converters, energy feedback system, low speed vehicle battery charger.
Quality assurance
We can assure our customers that the chargers offered by our company fulfill environmental certifications and the safety standards, as well as the legal and technical requirements that have been made necessary by the European Union, the United States, and a few other countries.
OEM service
In addition to taking OEM orders, our services include provision of solutions for the core parts of new energy vehicle. This service is to enhance our customer experience and provide them with the effective products, and solutions to their problems on one platform.
Our certificates
We are proud to announce that more than 30 patents and innovations have been introduced since our inception, with CE, TUV and UL safety guarantee standards.
Production capacity
Our production capacity is 25,000-30,000 units per month, with expectations to increase in due time. We offer high-level technology, with the aim of maintaining performance levels for delivery of quality product and excellent customer experience.
Reduced heat generation
One of the most significant advantages of slow charging is the reduction in heat generation. Batteries are sensitive to temperature, and excessive heat is one of the leading causes of battery degradation. During slow charging, the flow of electricity into the battery is gradual, which generates less heat compared to the rapid influx associated with fast charging.
Lower current stress
Slow charging subjects the battery to lower electrical current, which reduces the stress on the battery’s internal components. Fast charging forces a large amount of electricity into the battery quickly, which can cause micro-damage to the electrodes and other internal parts. These small damages accumulate over time, leading to decreased battery performance and efficiency.
Improved battery management system (bms) functionality
Electric vehicles are equipped with Battery Management Systems (BMS) that monitor and manage the charging process to protect the battery. Slow charging complements the BMS’s ability to optimize the charging process because it gives the system more time to balance the charge across all cells, manage the temperature, and ensure that the battery is charged efficiently.
Enhanced long-term battery capacity
Frequent fast charging can lead to a quicker decline in battery capacity, which translates to fewer miles per charge as the vehicle ages. Slow charging, on the other hand, is more likely to maintain the battery’s original capacity over time. This means that by primarily using slow charging, you’re more likely to retain the vehicle’s driving range as it ages.
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Model |
ESCH12V5A-I |
ESCH12V10A-I |
ESCH12V15A-I |
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Dimensions: Long * wide * high： (mm) |
128*123*65 |
182*123*65 |
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Output maximum current (A) |
5 |
10 |
15 |
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Maximum power point (W) |
60 |
150 |
225 |
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Input voltage (VAC) |
100-240 |
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Output voltage (VDC) |
Lead-acid battery:16V; VRLA:14.4V;(Customizable) |
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Applicable battery voltage |
12 lead-acid battery pack (Customizable) |
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Maximum efficiency |
≥93% |
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Output voltage regulation precision |
±1% |
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Output current accuracy |
±1% |
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Working temperature |
-30℃～45℃ |
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Protection level |
IP65 |
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Classes of seismic measure |
SAEJ1378 |
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Cooling mode |
Self-cooling |
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Over temperature protection |
75℃±5 |
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Input under-voltage protection (VAC) |
Under-voltage point 100V |
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Output over-voltage protection (VDC) |
16.5V±1 |
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Output over-current protection (A) |
>110%*Maximum charge current |
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Output short circuit protection |
When the output is short-circuited, charger shutdown, and automatic recovery after short-circuit solved. |
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Battery reverses protection |
Charger shutdown and alarm when the wire is connected reversely, it will automatically resume after wiring correctly. |
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Neighborhood electric vehicles (NEVs): These compact electric vehicles are designed for local transportation within neighborhoods, retirement communities, and urban areas.
Utility task vehicles (UTVs): UTVs, also known as side-by-sides, are LSEVs designed for off-road use, often used in agriculture, construction, and outdoor recreation.
Personal transportation devices: This category includes electric scooters and personal mobility devices used for short-distance travel in urban environments.
Electric low speed vehicle cars: Some small electric cars are categorized as LSEVs and are used for local commuting and transportation within designated areas.
Shuttle and people movers: Electric shuttle vehicles are used in settings like airports, resorts, and theme parks to transport passengers over short distances.
Industrial LSEVs: LSEVs designed for industrial purposes, such as electric burden carriers and tow tractors used in manufacturing plants and warehouses.
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