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TYCORUN Lorry Battery Manufacturer : Reliable Battery Solutions
As a professional lorry battery manufacturer, TYCORUN focuses on the research and development of high-performance lithium iron phosphate (LiFePO4) batteries, and is committed to providing high energy density, fast charging, and long-life battery solutions for heavy duty lorries.
Professional Heavy Duty Lorry Battery Manufacturer
TYCORUN’s lorry battery capacity is up to 300Ah, which can provide long battery life and strong power output to meet the high-load transportation needs of trucks. TYCORUN adopts liquid cooling + flexible heating to ensure that the battery still maintains high performance in extreme environments of -30℃-60℃. In addition, the battery has IP68 & IPX9K protection levels to improve the working stability of the battery.
TYCORUN not only provides standardized battery products, but also can customize lorry batteries according to customer needs, providing customers with more efficient, reliable and safe battery solutions.
The Advantages of TYCORUN Lorry Batteries
High Energy Density
Provides a maximum rated capacity of 327Ah and an energy storage capacity of 50.541kWh, with an energy density of more than 158Wh/kg, ensuring long-term power output.
Fast Charging Efficiency
Supports a maximum charging rate of 1.2C, and 30-80% SOC takes only 25 minutes, greatly shortening the charging time and improving operational efficiency.
Excellent Discharge Performance
With a maximum pulse discharge rate of 3C and strong output power, it can adapt to the high-intensity operation requirements of heavy duty lorry.
Intelligent Temperature Control System
Adopts liquid cooling + flexible heating system to ensure stable operation of the battery in an environment of -30℃ to 60℃, and adapts to extreme climates and complex working conditions.
High-Level Protection
Meets IP68 (48h) & IPX9K protection standards, with super waterproof, dustproof and vibration-resistant capabilities, ensuring that the battery can continue to work stably in harsh road conditions.
High Reliability
Provide 8 years or 800,000 km warranty service, comply with GB/T 31467.3-2015 vibration standard, ensure battery durability and long-term operational stability.
How Does a Heavy Duty Lorry Battery Work?
The working principle of a lorry battery is based on the migration of lithium ions between the cathode and anode electrodes of the battery, which drives the lorry’s motor by providing powerful electrical energy. During the discharge process, lithium ions migrate from the anode electrode to the cathode electrode, and electrons are released to form a current, providing a continuous and stable power output for the lorry motor, allowing the vehicle to move forward or transport loads.
During the charging process, the current flows in the opposite direction, pushing lithium ions back from the cathode electrode to the anode electrode, completing the energy storage for the next discharge.
About Our Custom Battery Solutions
TYCORUN combines 17+ years of industry expertise with UN38.3 certified LFP battery technology to provide tailor-made solutions. Our 5-layer BMS monitors over 200 parameters in real time, ensuring 99.6% fault prediction accuracy. Modular design supports 3.2V-144V scalability, which has been proven in over 300 projects, such as a customer operating a logistics and food delivery fleet in Dubai. The global service team provides < 2-hour response in over 50 locations, backed by ISO certified quality control.
Smart BMS Protection
Thermal Optimization
Modular Flexibility
Global 24/7 Support
Our List of Customizable Lorry Batteries
| 173T01 | 156T21 | 227T21 | |
|---|---|---|---|
| Get a Quote | |||
| Battery Type | LiFePO4@GF | ||
| Dimension L*W*H | 1175*520*240mm | 2350*785*315mm | 2350*785*335mm |
| Battery Configuration | 1P44S | 1P192S | 1P192S |
| Nominal Capacity | 173Ah | 156Ah | 227Ah |
| Rated Energy | 24.5kWh | 96.45kWh | 140.3kWh |
| Electrical Properties Parameters, Liquid Cooling | |||
| Operating Voltage Range | 110V~160.6V | 480V~700.8V | 480V~700.8V |
| Maximum Charging Rate | 1C | 4C | 2C |
| Charging Time, RT, 30-80%SOC | 30min | 7.5min | 15min |
| Pulse Discharging Rate, RT | 2C@30S | 5C@30S | 4C@30S |
| Pulse Feedback Rate, RT | 1.2C@30S | 4C@30S | 3C@30S |
| Charging Temperature Range | 0°C~65°C | -20°C~65°C | -20°C~65°C |
| Discharging Temperature Range | -30°C~65°C | -30°C~65°C | -30°C~65°C |
| Energy Density | >140Wh/kg | >130Wh/kg | >155Wh/kg |
| Reliability Parameters | |||
| Vibration | GB/T 31467.3-2015 | GB/T 31467.3-2015 | GB/T 31467.3-2015 |
| Heat Safety | NP | NP | NP |
| Protection Rate | IP68 &IPX9K; | ||
| Warranty | 8 years or 400,000 kilometers | 8 years or 600,000 kilometers | 8 years or 800,000 kilometers | Get a Quote |
| 160T11 | 160T12 | 160T13 | |
|---|---|---|---|
| Get a Quote | |||
| Battery Type | LiFePO4@GF | ||
| Dimension (L*W*H) | 2300*760*255mm | 1860*760*255mm | 1560*760*255mm |
| Battery Configuration | 1P168S | 1P126S | 1P102S |
| Nominal Capacity | 160Ah | ||
| Rated Energy | 87.62kWh | 65.7kWh | 53.2kWh |
| Electrical Properties Parameters | |||
| Operating Voltage Range | 420V~613.2V | 315V~459.9V | 255V~372.3V |
| Maximum Charging Rate | 2C | ||
| Charging Time, RT, 30-80%SOC | 20min | ||
| Pulse Discharging Rate, RT | 3C@30S | ||
| Pulse Feedback Rate, RT | 2C@30S | ||
| Charging Temperature Range | -20°C~65°C | ||
| Discharging Temperature Range | -30°C~65°C | ||
| Energy Density | >145Wh/kg | >135Wh/kg | |
| Reliability Parameters | |||
| Vibration | GB/T 31467.3-2015 | ||
| Heat Safety | NP | ||
| Protection Rate | IP68(48h)&IPX9K; | ||
| Warranty | 8 years or 600,000 kilometers | ||
| Get a Quote | |||
| 200T11 | 200T12 | 268T1X | |
|---|---|---|---|
| Get a Quote | |||
| Battery Type | LiFePO4@GF | ||
| Dimension (L*W*H) | 2300*760*255mm | 1860*760*255mm | 2300*760*255mm |
| Battery Configuration | 1P156S | 1P120S | 1P117S |
| Nominal Capacity | 200Ah | 200Ah | 268Ah |
| Rated Energy | 100.46kWh | 77.28kWh | 100.96kWh |
| Electrical Properties Parameters | |||
| Operating Voltage Range | 390V~569.4V | 300V~438V | 292.5V~427.05V |
| Maximum Charging Rate | 1.5C | 1.5C | 1.2C |
| Charging Time, RT, 30-80%SOC | 22min | 22min | 25min |
| Pulse Discharging Rate, RT | 3C@30S | ||
| Pulse Feedback Rate, RT | 2C@30S | ||
| Charging Temperature Range | -20℃~65℃ | ||
| Discharging Temperature Range | -30℃~65℃ | ||
| Energy Density | >155Wh/kg | >140Wh/kg | >155Wh/kg |
| Reliability Parameters | |||
| Vibration | GB/T 31467.3-2015 | ||
| Heat Safety | NP | ||
| Protection Rate | IP68(48h) & IPX9K | ||
| Warranty | 8 years or 600,000 kilometers | ||
| Get a Quote | |||
| C173 | C228 | C304 | |
|---|---|---|---|
| Get a Quote | |||
| Battery Type | LiFePO4@GF | ||
| Dimension (L*W*H) | 1065*630*240mm | ||
| Battery Configuration | 1P63S | 1P48S | 1P36S |
| Nominal Capacity | 173Ah | 228Ah | 304Ah |
| Rated Energy | 34.876kWh | 35.239kWh | 35.239kWh |
| Type of Cooling | Liquid Cooling/Flexible heating | ||
| Electrical Properties Parameters | |||
| Operating Voltage Range | 157.5-229.95V | 120-175.2V | 90-131.4V |
| Maximum Charging Rate | 1C | ||
| Charging Time, RT, 30-80%SOC | 30min | ||
| Pulse Discharging Rate, RT | 2C@30S | 3C@30S | 2.5C@30S |
| Pulse Feedback Rate, RT | 1.2C@30S | 2.5C@30S | 1.5C@30S |
| Charging Temperature Range | 0~60°C | ||
| Discharging Temperature Range | -30~60°C | ||
| Energy Density | >150Wh/kg | >155Wh/kg | >155Wh/kg |
| Reliability Parameters | |||
| Vibration | GB/T 31467.3-2015 | ||
| Heat Safety | NP | ||
| Protection Rate | IP68(48h) & IPX9K | ||
| Warranty | 5 years or 400000 km | ||
| Get a Quote | |||
| G173 | G228 | G304 | |
|---|---|---|---|
| Get a Quote | |||
| Battery Type | LiFePO4@GF | ||
| Dimension (L*W*H) | 925*630*240mm | ||
| Battery Configuration | 1P4S | 1P39S | 1P30S |
| Nominal Capacity | 173Ah | 228Ah | 304Ah |
| Rated Energy | 29.894kWh | 28.632kWh | 29.366kWh |
| Type of cooling | Liquid Cooling/Flexible heating | ||
| Electrical Properties Parameters | |||
| Operating Voltage Range | 135-197.1V | 97.5-142.35V | 75-109.5V |
| Maximum Charging Rate | 1C | 1C | 1C |
| Charging Time, RT, 30-80%SOC | 30min | 30min | 30min |
| Pulse Discharging Rate, RT | 2C@30S | 3C@30S | 2.5C@30S |
| Pulse Feedback Rate, RT | 1.2C@30S | 2.5C@30S | 1.5C@30S |
| Charging Temperature Range | 0~60°C | 0~60°C | 0~60°C |
| Discharging Temperature Range | -30~60°C | -30~60°C | -30~60°C |
| Energy Density | >150Wh/kg | >150Wh/kg | >150Wh/kg |
| Reliability Parameters | |||
| Vibration | GB/T 31467.3-2015 | ||
| Heat Safety | NP | ||
| Protection Rate | IP68 (48h) & IPX9K | ||
| Warranty | 5 years or 400000 km | ||
| Get a Quote | |||
| 271D04 | 271D05 | 327D06 | |
|---|---|---|---|
| Get a Quote | |||
| Battery Type | LiFePO4@GF | ||
| Dimension | 1860*650*257mm | 2048*650*257mm | 2263*650*257mm |
| Battery Configuration | 1P90S | 1P102S | 1P96S |
| Nominal Capacity | 271Ah | 271Ah | 327Ah |
| Rated Energy | 78.535kWh | 89.007kWh | 101.082kWh |
| Type of cooling | Liquid Cooling/Flexible heating | ||
| Electrical Properties Parameters | |||
| Operating Voltage Range | 225-328.5V | 255-372.3V | 240-350.4V |
| Maximum Charging Rate | 1.2C | ||
| Charging Time, RT, 30-80%SOC | 25min | ||
| Pulse Discharging Rate, RT | 2.5C@30S | 2.5C@30S | 2.2C@30S |
| Pulse Feedback Rate, RT | 2.5C@30S | 2.5C@30S | 2C@30S |
| Charging Temperature Range | -20~65°C | ||
| Discharging Temperature Range | -30~65°C | ||
| Energy Density | >162Wh/kg | >165Wh/kg | >167Wh/kg |
| Reliability Parameters | |||
| Vibration | Four times GB/T 31467.3-2015 | ||
| Heat Safety | NP | ||
| Protection Rate | IP68 (48h) & IPX9K | ||
| Warranty | 8 years or 800,000 km | ||
| Get a Quote | |||
| 271D01 | 327D01 | 271D02 | 327D02 | |
|---|---|---|---|---|
| Get a Quote | ||||
| Battery Type | LiFePO4@GF | |||
| Dimension | 1065*650*257mm | 1215*650*257mm | ||
| Battery Configuration | 1P51S | 1P42S | 1P60S | 1P48S |
| Nominal Capacity | 271Ah | 327Ah | 271Ah | 327Ah |
| Rated Energy | 44.503kWh | 44.223kWh | 52.357kWh | 50.541kWh |
| Type of cooling | Liquid Cooling/Flexible heating | |||
| Electrical Properties Parameters | ||||
| Operating Voltage Range | 127.5-186.15V | 105-153.3V | 150-219V | 120-175.2V |
| Maximum Charging Rate | 1.2C | 1.2C | 1.2C | 1.2C |
| Charging Time, RT, 30-80%SOC | 25min | 25min | 25min | 25min |
| Pulse Discharging Rate, RT | 2.5C@30S | 2.2C@30S | 2.5C@30S | 2.2C@30S |
| Pulse Feedback Rate, RT | 2.5C@30S | 2C@30S | 2.5C@30S | 2C@30S |
| Charging Temperature Range | -20~65℃ | -20~65℃ | -20~65℃ | -20~65℃ |
| Discharging Temperature Range | -30~65℃ | -30~65℃ | -30~65℃ | -30~65℃ |
| Energy Density | >160Wh/kg | >160Wh/kg | >160Wh/kg | >158Wh/kg |
| Reliability Parameters | ||||
| Vibration | Four times GB/T 31467.3-2015 | |||
| Heat Safety | NP | |||
| Protection Rate | IP68 (48h) & IPX9K | |||
| Warranty | 8 years or 800000 km | |||
| Get a Quote | ||||
| 95D01 | 95D02 | ||
|---|---|---|---|
| Get a Quote | |||
| Battery Type | LiFePO4@GF | ||
| Dimension (L*W*H) | 1067.8*660.8*257mm | 1217.8*660.8*257mm | |
| Battery Configuration | 1P81S | 1P96S | |
| Nominal Capacity | 95Ah | 95Ah | |
| Rated Energy | 24.7kWh | 29.3kWh | |
| Operating Voltage Range | 202.5-295.65V | 240-350.4V | |
| Electrical Properties Parameters | |||
| Maximum Charging Rate | 3C | ||
| Charging Time, RT, 30%-80%SOC | 10min | ||
| Pulse Discharging Rate, RT | 6C@30s | ||
| Pulse Feedback Rate, RT | 6C@30s | ||
| Charging Temperature Range | -10~65℃ | ||
| Discharging Temperature Range | -30~65℃ | ||
| Energy Density | 110Wh/kg | ||
| Reliability Parameters | |||
| Type of cooling | Liquid Cooling/Liquid heating | ||
| Vibration | Four times GB/T 31467.3-2015 | ||
| Heat Safety | NP | ||
| Protection Rate | IP68 (48h) & IPX9K | ||
| Get a Quote | |||
Why Choose TYCORUN as a Heavy Duty Lorry Battery Supplier?
Basic Application of Lorry Batteries
TYCORUN batteries provide stable and lasting power support for lorries used in urban logistics distribution and cold chain logistics, effectively reducing corporate transportation costs.
In ports, airports and other scenarios, it provides strong power for lorries transporting tractors and containers, supports frequent operation needs, and reduces pollution and operating costs caused by traditional fuel vehicles.
Heavy duty lorries in high-intensity operation scenarios such as mines and infrastructure construction require high-energy density batteries. TYCORUN batteries can provide vehicles with continuous and efficient power to improve operating efficiency.
To provide safe power for heavy duty lorries that transport dangerous goods such as oil, natural gas, and chemicals, TYCORUN uses lithium iron phosphate batteries with excellent high and low temperature performance to improve safety during transportation.
In response to the needs of medium and long-distance transportation, lorry batteries have the characteristics of ultra-long battery life and fast charging, ensuring that vehicles continue to be powered during long-term, high-load transportation and reducing downtime.
Case Study For TYCORUN Heavy Duty Lorry Batteries
TYCORUN Cooperates with an Italian Long-Distance Freight Company
An Italian new energy commercial vehicle manufacturer plans to optimize the power battery system of its electric trucks in the hope of improving their driving range. After technical discussions and plan evaluation, they chose the TYCORUN 1P60S 271D02 series battery, which has a rated energy of 52.357kWh, an energy density of >160Wh/kg, and can complete a fast charging efficiency of 30-80% SOC within 25 minutes. The battery has IP68 and IPX9K protection levels and has passed the GB/T 31467.3-2015 vibration test. After optimization, the vehicle’s single driving range increased by about 15%, and the overall operating efficiency was significantly improved.
TYCORUN Cooperates with a New Zealand Construction Engineering Company
The company is mainly responsible for the equipment transportation and material distribution of large-scale construction projects. The lorry operation environment is complex and often faces high loads, bad weather and long-term continuous work. TYCORUN provided the company with 300 sets of high-performance lithium batteries with a rated capacity of up to 327Ah, IP68 waterproof rating, and can operate efficiently in high and low temperature environments. This battery increases lorry transportation efficiency by 35%, shortens charging time by 1-2 hours, and greatly saves enterprise operating costs.
How to Get Your Quick Samples and Customized Lorry Batteries
Frequently Asked Questions
The endurance(or energy capacity) of the TYCORUN lorry battery varies by model, as follows:
| Model | 271D01 | 327D01 | 271D02 | 327D02 |
|---|---|---|---|---|
| Rated Energy | 44.5 kWh | 44.2 kWh | 52.4 kWh | 50.5 kWh |
The 271D02 model offers the highest endurance at 52.4 kWh, while the 327D01 has the lowest at 44.2 kWh.
Actual driving range depends on the vehicle’s energy efficiency (e.g., kWh/km). For example, if a lorry uses 1.5 kWh/km, the 271D02 could theoretically provide ~35 km of range (52.4 kWh ÷ 1.5 kWh/km).
For a precise driving range, you’d need the lorry’s specific energy consumption data. The 271D02 (52.4 kWh) would likely provide the longest endurance under identical usage conditions.
TYCORUN batteries support a maximum 1.2C rate of fast charging. At room temperature, it only takes about 25 minutes to charge from 30% to 80%, greatly reducing vehicle downtime and improving operational efficiency.
Yes. TYCORUN batteries have excellent environmental adaptability and can work normally in environments between -30℃ and 60℃. They are equipped with liquid cooling and flexible heating systems to ensure the stability of battery performance in extremely cold or high temperature environments.
If you want to consult our experts, you can contact us. We will provide the best lorry batteries as best as we can.
Customization Service and More
OEM/ODM Services
TYCORUN provides a full range of customized services for lorry batteries to meet customer needs. At the same time, we support the production of high-performance, high-quality batteries according to customer-specified solutions to improve market competitiveness.
All-Round Technical Support
From battery selection, installation and commissioning to operation and maintenance, TYCORUN provides comprehensive technical support, including remote monitoring, battery management system (BMS) optimization, troubleshooting, etc., to ensure that the battery operates stably under various working conditions.
Safety & Quality Certification
We provide safety certification services that meet international standards and conduct strict reliability tests, such as high and low temperature tests, vibration tests, waterproof and dustproof tests (IP68 level), etc., to ensure that the battery can still operate stably in extreme environments.
Global After-Sales Guarantee
TYCORUN has a service network in many countries and regions to provide customers with fast-response after-sales support, including product upgrades, battery recycling and repair services, to speed up the customer's heavy duty lorry battery into use.
What Our Customer Say
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