Lithium Battery 3.7V Lithium Polymer Battery 3.2V LifePo4 Battery 1.2V Ni-MH Battery Button Coin Battery
3.7V Battery Pack 7.4V Battery Pack 11.1V Battery Pack 14.8V Battery Pack Other Battery Pack
Sino Science&Technology Battery Co.,ltd is a high-tech production enterprise which specialize in the R&D and production of Lifepo4 batteries,energy storage battery,portable UPS power supply,personalized customization lithium battery pack etc .
Environmental cylindrical 18650 21700 32700 26650 14500 18500 lithium ion rechargeable battery, LifePO4 battery,3.7V lithium polymer battery, NiMH battery , NiCD battery ,Lead acid battery,dry cell battery ,alkaline battery ,heavy duty battery, button cell battery etc. we devote to R&D,innovation ,production & sales
Shenzhen Green Power Energy Battery Co.,ltd specializes in a wide range of digital battery such as environmental cylindrical 18650 21700 32700 26650 14500 18500 lithium ion rechargeable battery, LifePO4 battery, 3.7V lithium polymer battery, NiMH battery, NiCD battery, dry cell battery, alkaline battery, heavy duty battery, button cell battery etc. we devote to R&D, innovation, production & sales. With automatic production machines we have been exported goods to all over the world over 15years. We have complete exported certificate such as KC, CE, UL, BSCI, ROHS, BIS, SGS, PSE etc
Dongguan Datapower New Energy Co.,ltd is a high-tech production enterprise which specialize in the R&D and production&sale of lithium polymer batteries,drone battery,airplane batteries &battery pack etc.
Anhui Seong-hee New Energy Technology Co.,ltd is a high-tech production enterprise which specialize in the R&D and production of primary batteries. And mainly produces and sells alkaline batteries & carbon zinc batteries. there are size AA, AAA, C, D, 9V etc
Guizhou STD Battery Co.,ltd is a high-tech production enterprise which specialize in the R&D and production & sale of lithium polymer batteries, drone battery, airplane batteries & battery pack etc.
release time:2024-06-20 Hits: Popular:AG11 battery
Is the balance point of electric vehicle driving range 300 kilometers?
According
to the 2019 new energy vehicle subsidy policy, pure electric vehicles
with a driving range of less than 250 kilometers will no longer enjoy
national subsidies, and the subsidy for pure electric vehicles with a
driving range of more than 400 kilometers will also drop to 25,000 yuan.
At a time when subsidies for new energy vehicles have declined
significantly, many companies have rationally thought about the driving
range of pure electric vehicles. Recently, Xu Heyi, chairman of Beijing
Automotive Group, publicly stated: "In the future, the driving range of
new energy vehicles will be gradually standardized. In my opinion, a
driving range of about 300 kilometers is a very economical and
reasonable value."
Cost reduction starts with reducing battery usage
Xu
Heyi said: "With the development and popularization of battery
replacement technology, the problem of mileage anxiety of new energy
vehicles will be well solved. When a new energy vehicle runs out of
power, it will be replaced, just like refueling a fuel vehicle. In the
battery replacement mode, a driving range of 300 kilometers is most
suitable. Because the driving range is too short, it is inconvenient for
users to frequently replace batteries. Because battery replacement is
convenient, there is no point in blindly pursuing a high driving range."
The
reason why Xu Heyi believes that a driving range of 300 kilometers for
pure electric vehicles is the most reasonable is that the energy
consumption of such pure electric vehicles is relatively economical. He
said: "If the driving range of a pure electric vehicle is to reach 600
kilometers, the mass of the battery it is equipped with is twice that of
a pure electric vehicle with a driving range of 300 kilometers. Not to
mention idling, the increased weight of the battery will also increase
the wear of the tires and significantly increase the operating costs.
The operation of a pure electric vehicle with a driving range of 600
kilometers is essentially the battery consuming power to carry the
battery itself, which consumes power and consumes a lot of energy per
100 kilometers. We have concluded through measuring various
comprehensive factors that a pure electric vehicle with a driving range
of 300 kilometers is enough." As an important core component of pure
electric vehicles, batteries provide power to the vehicle while also
increasing the vehicle's weight. How to achieve a balance between
vehicle weight and driving range is the core of pure electric vehicles
to achieve economic efficiency. Therefore, both the national new energy
vehicle subsidy policy and the local government's new energy vehicle
subsidy policy have put forward requirements for the energy consumption
per 100 kilometers of pure electric vehicles. Especially in the early
stage of the demonstration and promotion of new energy vehicles, the
Shanghai Municipal Government had made it clear that only new energy
vehicles with a 100-kilometer energy consumption of pure electric
vehicles within a certain range could receive local subsidies. This
regulation was once regarded as a threshold for Shanghai's local
protection and a disguised refusal to allow BYD, which has a large
battery load, to enter Shanghai. However, regardless of whether the
Shanghai Municipal Government is really carrying out local protection,
it is necessary to require vehicles to control energy consumption per
100 kilometers and improve energy utilization. Therefore, industry
experts at that time proposed to reasonably control the vehicle's
driving range and not blindly increase the battery load. Lin Yi, then
chairman of BAIC New Energy, once said that based on the comprehensive
consideration of factors such as the energy density of the battery at
that time, 160 kilometers was a more reasonable driving range for pure
electric vehicles. With the improvement of the energy density of power
batteries and the continuous increase in charging facilities, it now
seems that 300 kilometers is a more reasonable driving range for pure
electric vehicles.
As we all know, batteries are the most
expensive of all parts of pure electric vehicles, and installing more
batteries means an increase in vehicle costs. This part of the cost will
eventually be reflected in the terminal price of the vehicle as the
subsidies for new energy vehicles decline or even withdraw. In the last
round of new energy vehicle subsidy policies, pure electric vehicles
with ultra-long driving range can receive high subsidies, which has led
to the phenomenon that the prices of some pure electric vehicles with
doubled driving range are similar or even the same as those of pure
electric vehicles with only half of their driving range. With the
withdrawal of subsidies for new energy vehicles, such "cheap" long-range
vehicles will no longer exist. This part of the cost will be borne
directly by consumers.
In the view of Li Jinyong, chairman of the
New Energy Vehicle Branch of the All-China Federation of Industry and
Commerce Automobile Dealers Chamber of Commerce, the cost of power
batteries plays a decisive role in the terminal price of pure electric
vehicles and will be the fundamental factor in determining consumers'
car purchases. Therefore, car companies must comprehensively consider
the cost of using vehicles. In an interview with a reporter from China
Auto News, Zhu Huarong, president of Changan Automobile, said that in
the future, when the subsidies for new energy vehicles are withdrawn,
companies will reconsider the design of the mileage of pure electric
vehicles. Companies will no longer blindly pursue ultra-long driving
range, but will redefine the mileage of vehicles based on usage needs.
From the perspective of vehicle energy consumption and consumer demand,
300 kilometers is a foreseeable mileage that is more easily accepted by
consumers.
Ultra-long driving range is not the best prescription for mileage anxiety
Previously,
the reason why the government and enterprises vigorously developed
ultra-long driving range pure electric vehicles was to solve the problem
of mileage anxiety of pure electric vehicles. Since the demonstration
and promotion of pure electric vehicles, consumers have generally had
mileage anxiety, which has also made all parties continue to regard
increasing the driving range of pure electric vehicles as a development
goal, and the subsequent subsidy policy has greatly tilted towards
ultra-long driving range pure electric vehicles. As a result, various
car companies have developed ultra-long driving range pure electric
vehicles. However, in Li Jinyong's view, ultra-long driving range is not
the fundamental solution to mileage anxiety, but the convenience of
charging should be improved.
For passenger cars, a traditional
fuel passenger car has a driving range of more than 500 kilometers after
one refueling, which seems to have become the benchmark value for the
driving range of pure electric vehicles. Various car companies have set a
goal of achieving a driving range of 500 kilometers or even higher for
pure electric vehicles, and the state subsidies also give higher
subsidies to vehicles with ultra-long driving range. In fact, ultra-long
driving range is not the best prescription to alleviate consumers'
mileage anxiety. From the actual application situation, the improvement
of charging convenience is more effective. Li Jinyong believes that the
so-called mileage anxiety of pure electric vehicles is proposed for
traditional fuel vehicles, and the fundamental reason why fuel vehicles
do not have mileage anxiety is that their gas station density is high
and the refueling time is short, which is also the fundamental reason
for their driving range advantage. From this, we can conclude in the
field of new energy vehicles: improving the convenience of charging pure
electric vehicles is the effective way to solve the mileage anxiety of
pure electric vehicles. Once the convenience of charging is solved, the
problem of mileage anxiety will be solved.
Factors such as
charging pile density and charging time are the main factors affecting
charging convenience. Li Jinyong said that, like the development of fuel
vehicles in my country, with the rapid development of the number of new
energy vehicles, the layout of charging piles will be faster and
faster, and the coverage will be wider and wider. Fast charging
technology will also continue to develop, and the single charging time
will become shorter and shorter. In addition, the innovation of the
battery replacement model will fundamentally promote the convenience of
charging for new energy vehicles, and then solve the problem of mileage
anxiety.
According to Xu Heyi, BAIC New Energy's battery
replacement technology has reached 30 seconds per time. The battery
replacement is completed in 30 seconds, which is faster than the
refueling speed of fuel vehicles.
Charging convenience is improved, and the driving range of 300 kilometers is not afraid
It
is reported that in the future, subsidies for new energy vehicles will
be cancelled, and the state will provide subsidies for charging
infrastructure to continuously promote the construction of charging
infrastructure and the improvement of charging convenience. And the
improvement of charging convenience will make the market of pure
electric vehicles with a driving range of 300 kilometers larger. "From
the perspective of my country's current power grid construction, the
support of all parties for the construction of charging infrastructure
and the prospects for charging profitability, there is a bright prospect
for the improvement of charging convenience." Li Jinyong believes that
in the future, consumers will no longer have to worry about the
difficulty of charging. Within a radius of 300 kilometers or even on
highways, vehicles can easily find charging piles, and there are not
only one option, but multiple options. More importantly, the improvement
of fast charging technology can enable pure electric vehicles with a
driving range of 300 kilometers to be charged to enough electricity for
200 kilometers in 30 minutes, and these 200 kilometers can meet the
travel needs of most consumers.
Li Jinyong said that the charging
piles in newly built communities in my country are already very
complete, and the construction of charging piles and power expansion in
old communities can also be profitable. "Based on the calculation of 500
parking spaces in each community, each charging pile charges 10 degrees
per day, and the service fee for one year is close to 1.5 million yuan.
The cost of community power transformation and charging pile
construction can be shared in the first year, and continuous
profitability can be achieved from the second year. If calculated
according to peak and valley electricity charges, the profit will be
even higher." Li Jinyong said. The same principle applies to parking
lots in shopping malls or companies. In addition to normal parking fees,
providing charging services is an act that increases additional income
and can continue to make profits for any property company. Where there
is profit, there must be a market. "Whether it is the State Grid, or
residential areas, office areas, shopping malls and other places, there
are conditions and sufficient motivation to accelerate the layout of
charging piles. In the future, the charging scenarios of new energy
vehicles will become more and more abundant, and the convenience of
charging will continue to improve."
"At present, 300 kilometers
is a moderate and scientific driving range. But in the post-subsidy era,
pure electric vehicles with a driving range of about 200 kilometers
will also be very competitive." Li Jinyong believes that "in the
post-subsidy era, the 'double points' policy will become an important
means to adjust the production capacity of new energy vehicles and fuel
vehicles. We expect that under the 'double points' policy, the points
subsidy obtained for producing a pure electric vehicle with a driving
range of 200 kilometers can basically be equal to the cost of the
battery. In this way, the manufacturing cost of new energy vehicles
produced by car companies will be lower than that of fuel vehicles." The
lower production cost is transmitted to the market, and the price for
users to buy pure electric vehicles will be lower. Therefore, users in
third- and fourth-tier cities, counties and rural areas where it is more
convenient to install charging piles will be very fond of this type of
pure electric vehicles. "Especially in the warm south, there is no
battery degradation problem in the cold winter. Pure electric vehicles
with a range of 150 to 200 kilometers can fully meet consumers' daily
travel needs." Li Jinyong said.
Read recommendations:
The problem of battery pollution is a "pseudo -proposition".cabinet type energy storage ba
What should be paid attention to when assembling lithium batteries
Last article:Column rechargeable battery
Next article:CR2032 button cell batteries
Popular recommendation
3.2v lifepo4 battery 320ah
2023-03-22convenient energy storage power supply manufacturer
2023-05-10wall-mounted energy storage battery wholesale
2023-05-10801738 battery Manufacturing
2023-03-22402030 battery sales
2023-03-22701224 145MAH 3.7V
2023-06-10LR61
2022-11-16LR20
2022-11-166F22
2022-08-1914500 850mAh 3.7V
2022-06-20Li-ion 18650 3000mAh 3.7V
2022-06-20903242 2500mAh 3.7V
2022-08-23LR14
2022-11-16601435 270mAh 3.7V
2022-08-19Coin Battery LR 626
2022-10-15AG9 battery
2023-06-25li ion 18650 battery pack wholesale
2023-06-2518650 battery 3.7v 3500mah
2023-06-25Ni-MH batteries
2023-06-25803040 battery
2023-06-25AG10 battery.Advantages of 18650 Lithium Battery
2023-12-22Introduction to lithium iron phosphate batteries
2024-07-12Lithium Battery Safety Standards
2024-11-04Battery specific energy and specific power.18650 battery 3.7v 2000mah
2023-08-14Standard conditions for lithium-ion battery industry
2024-06-27Customized large battery.102ah solar energy storage battery manufacturer
2023-04-15Vertical take -off and landing fixed -wing drone semi -solid battery.portable energy storage battery
2023-05-08Optimization method of lithium battery group inconsistency
2023-02-01What are the advantages of lead -acid batteries?photovoltaic energy storage battery manufacturer
2023-04-15Lithium power battery battery work electricity.102450 battery
2023-05-27