Author: zhang'qiang Publish Time: 2024-04-02 Origin: www.abc.com
In the wave of promoting green mobility, hybrid batteries, as the core component of hybrid vehicles, are becoming increasingly important in terms of their safety and environmental standards. Today, we will discuss the safety and environmental standards of hybrid batteries in depth, with a view to revealing the key to high-quality green mobility.
First, safety-oriented: building a safety line of defense for hybrid batteries
Safety is the most basic and important requirement for hybrid batteries. In order to ensure the safety performance of hybrid batteries, we must start from multiple aspects to build an all-round safety defense.
First, in the battery design and manufacturing phase, we focus on the rationality and stability of the structure, using high-strength materials and advanced production processes to ensure that the battery can still maintain stable operation under extreme conditions. At the same time, we also carry out strict testing and verification of the battery to ensure that it meets all safety standards.
Secondly, the battery management system is the key to ensuring battery safety. We use advanced battery management technology and algorithms to realize accurate monitoring, warning and protection of the battery. By monitoring the battery status in real time, we can detect and deal with abnormalities in a timely manner, effectively preventing dangerous situations such as thermal runaway of the battery.
In addition, we also emphasize the crash safety performance of the battery. By optimizing the battery layout and enhancing the impact resistance of the battery shell, we reduce the risk of battery collision in the vehicle.
Second, environmental protection first: to promote the green development of hybrid batteries
In the pursuit of safety, we must also pay attention to the environmental performance of hybrid batteries. Environmental protection is not only the social responsibility of enterprises, but also an inevitable requirement to promote green mobility.
First, we are committed to the recycling and reuse of batteries. Through the establishment of a perfect recycling system and technical means, we realize the efficient recycling and reuse of waste batteries to reduce the waste of resources and environmental pollution.
Secondly, in the battery production process, we focus on the selection of environmentally friendly materials and the implementation of clean production technology. Through the use of environmentally friendly materials and processes, we reduce energy consumption and emissions in the battery production process and improve the environmental friendliness of the production process.
In addition, we also focus on the energy efficiency and emissions of hybrid batteries. By optimizing the energy density and charging efficiency of the batteries, we improve the range and energy efficiency of the vehicles. At the same time, we are also committed to reducing vehicle emissions and promoting the development of hybrid vehicles in a more environmentally friendly direction.
Continuous Innovation: Improving Safety and Environmental Standards of Hybrid Batteries
Improving safety and environmental standards is a process of continuous innovation. We will continue to increase R&D investment in hybrid battery safety and environmental protection technologies, explore the application of new technologies, new processes and new materials, and promote greater breakthroughs in hybrid battery safety and environmental protection.
At the same time, we will also strengthen communication and cooperation with the government, industry associations and consumers to jointly promote the development and implementation of safety and environmental protection standards for hybrid batteries. By strengthening the development of standards and regulatory efforts to ensure that the safety and environmental performance of hybrid batteries are effectively guaranteed.
Conclusion
The safety and environmental standards of hybrid batteries are the key to building high-quality green mobility. We will always adhere to the bottom line of safety and environmental protection, continuous innovation and progress, and contribute to the development of green mobility. Let's work together to create a new era of green, safe and intelligent travel!
TPSK-L6DS3-FIC
Matching model: Honda Civic Gen.2 2006 2007 2008 2009 2010 2011
Condition: Brand New
Cycle life: >3000
Battery Type: NiMH - Cylindrical
Voltage: 14.4V
Battery Number: 11
Discharge rate: 30C
Typical Capacity: 6500mAh
Battery Weight: 2.1 kg
Warranty: 3 Years or 100000km(whichever comes first)
TPSK-L43-PCL
Matching model: Toyota Camry XV50 2012 2013 2014 2015 2016
Condition: Brand New
Cycle life: >3000
Battery Type: NiMH - Cylindrical
Voltage: 14.4V
Battery Number: 17
Discharge rate: 30C
Typical Capacity: 6500mAh
Battery Weight: 2.6 kg
Warranty: 3 Years or 100000km(whichever comes first)
TPSK-L43-PCL
Matching model: Toyota Prius Gen.3 2010 2011 2012 2013 2014 2015
Condition: Brand New
Cycle life: >3000
Battery Type: NiMH - Cylindrical
Voltage: 14.4V
Battery Number: contain 14 pairs modules for one vehicle
Discharge rate: 30C
Typical Capacity: 6500mAh
Battery Weight: 2.6 kg
Warranty: 3 Years or 100000km(whichever comes first)
TPSK-L16T-HL
Car Fitment: Toyota Highlander 2006 2007 2008 2009
Condition: Brand New
Cycle life: >3000
Battery Type: NiMH - Cylindrical
Cell Voltage: 19.2V
Cell Number: 15
Discharge rate: 30C
Battery Capacity: 6500mAh
Battery Cell Weight: 3 kg
Warranty: 3 Years or 100000km(whichever comes first)
TPSK-L43-PCL
Matching model: Toyota Camry XV50 2012 2013 2014 2015 2016
Condition: Brand New
Cycle life: >3000
Battery Type: NiMH - Cylindrical
Voltage: 14.4V
Battery Number: 17
Discharge rate: 30C
Typical Capacity: 6500mAh
Battery Weight: 2.6 kg
Warranty: 3 Years or 100000km(whichever comes first)
TPSK-L43-PCL
Matching model: Toyota Camry XV50 2007 2008 2009 2010 2011
Condition: Brand New
Cycle life: >3000
Battery Type: NiMH - Cylindrical
Voltage: 14.4V
Battery Number: 17
Discharge rate: 30C
Typical Capacity: 6500mAh
Battery Weight: 2.6 kg
Warranty: 3 Years or 100000km(whichever comes first)
TPSK-L43-PCL
Matching model: Toyota Prius C/Aqua
Condition: Brand New
Cycle life: >3000
Battery Type: NiMH - Cylindrical
Voltage: 14.4V
Battery Number: 10
Discharge rate: 30C
Typical Capacity: 6500mAh
Battery Weight: 2.6 kg
Warranty: 3 Years or 100000km(whichever comes first)
TPSK-L6DS3-FIC
Matching model: Honda FIT Gen.1
Condition: Brand New
Cycle life: >3000
Battery Type: NiMH - Cylindrical
Voltage: 14.4V
Battery Number: 7
Discharge rate: 30C
Typical Capacity: 6500mAh
Battery Weight: 2.1 kg
Warranty: 3 Years or 100000km(whichever comes first)
TPSK-L6DS3-FIC
Matching model: Honda Insight Gen.2 2010 2011 2012
Condition: Brand New
Cycle life: >3000
Battery Type: NiMH - Cylindrical
Voltage: 14.4V
Battery Number: contain 7 pairs modules for one vehicle
Discharge rate: 30C
Typical Capacity: 6500mAh
Battery Weight: 2.1 kg
Warranty: 3 Years or 100000km(whichever comes first)
TPSK-L16T-HL
Car Fitment: Lexus RX 450h
Condition: Brand New
Cycle life: >3000
Battery Type: NiMH - Cylindrical
Cell Voltage: 19.2V
Cell Number: 15
Discharge rate: 30C
Battery Capacity: 6500mAh
Battery Cell Weight: 3 kg
Warranty: 3 Years or 100000km(whichever comes first)
TPSK-L43-PCL
Matching model: Lexus GS450h
Condition: Brand New
Cycle life: >3000
Battery Type: NiMH - Cylindrical
Voltage: 14.4V
Battery Number: 20
Discharge rate: 30C
Typical Capacity: 6500mAh
Battery Weight: 2.6 kg
Warranty: 3 Years or 100000km(whichever comes first)
TPSK-L43-PCL
Matching model: Lexus IS300h
Condition: Brand New
Cycle life: >3000
Battery Type: NiMH - Cylindrical
Voltage: 14.4V
Battery Number: 16
Discharge rate: 30C
Typical Capacity: 6500mAh
Battery Weight: 2.6 kg
Warranty: 3 Years or 100000km(whichever comes first)
TPSK-L43-PCL
Matching model: Lexus ES300h
Condition: Brand New
Cycle life: >3000
Battery Type: NiMH - Cylindrical
Voltage: 14.4V
Battery Number: 17
Discharge rate: 30C
Typical Capacity: 6500mAh
Battery Weight: 2.6 kg
Warranty: 3 Years or 100000km(whichever comes first)
TPSK-L43-PCL
Matching model: Lexus CT200h
Condition: Brand New
Cycle life: >3000
Battery Type: NiMH - Cylindrical
Voltage: 14.4V
Battery Number: 14
Discharge rate: 30C
Typical Capacity: 6500mAh
Battery Weight: 2.6 kg
Warranty: 3 Years or 100000km(whichever comes first)
TPSK-L43-PCL
Matching model: Toyota Prius Gen 2 / Gen 3 2004 - 2014
Condition: Brand New
Cycle life: >3000
Battery Type: NiMH - Cylindrical
Voltage: 14.4V
Battery Number: 14
Discharge rate: 30C
Typical Capacity: 6500mAh
Battery Weight: 2.6 kg
Warranty: 2/3 Years or 100000km(whichever comes first)
TPSK-L43-PCL
Matching model: Toyota Prius Gen.3 2010 2011 2012 2013 2014 2015
Condition: Brand New
Cycle life: >3000
Battery Type: NiMH - Cylindrical
Voltage: 14.4V
Battery Number: 14
Discharge rate: 30C
Typical Capacity: 6500mAh
Battery Weight: 2.6 kg
Warranty: 3 Years or 100000km(whichever comes first)
