loading

MERITSUN Battry - The Best Battery Energy Storage System & Lithium Battery Solutions Provider.

As battery prices drop, will electric cars finally catch on? - lithium battery price

As battery prices drop, will electric cars finally catch on?  -  lithium battery price

At present, Americans do not go to dealers to buy electric cars. The plug-
Nissan's Leaf has a single mileage of 75 miles, and its sales have fallen sharply since June 2011.
Chevrolet's Volt, which contains an electric horse and a back-
The rising gasoline engine has been slightly better, but only 8,817 units were sold in the first half of this year.
A big reason for the downturn in sales is cost.
Electric cars and plug-in cars
In hybrid cars, they promise to save a lot of money on the pump, but they also have a high initial price.
The starting price for Nissan Leaf is $36,050, while the starting price for Volt is $39,995 (
Although buyers of both vehicles are eligible for a $7,500 federal tax credit).
This is a big upfront fund.
According to the Energy Information Administration, even if the price of gasoline is twice that of $6 a gallon, it is difficult for drivers to recover these additional costs.
It still makes more sense to buy a hybrid like Toyota Prius or efficient gasolinePower car.
The biggest reason electric cars are still so expensive is batteries.
It's big, bulky and expensive.
Ford CEO Alan Mulally recently revealed that all-
Ford Fox electric cars cost between $12,000 and $15,000.
This means that it makes uproughly-
Third of the cost of the vehicle.
"So you can see," Mulally told an audience in April, "Why is economics like this.
"But what if the economy of the car's batteries has changed dramatically?
The latest research by McKinsey analysts shows that the price of lithium
The ion battery could drop twice. thirds by 2020.
Not $600 per kilowatt.
Today, the price of the battery is only $200/kWh in 2020 and $150/kWh in 2025.
The report believes that this will subvert the entire automotive industry.
This is a bold prediction.
Many analysts, including the Department of Energy or the EPAK research company, expect battery prices to only slow down without any breakthrough technological breakthroughs.
But the McKinsey report, written by Russell Hensley, John Newman and Matt Rogers, looks closely at three factors that they expect to have a strong impact.
With more and more batteries being put into production in new factories, economies of scale will press down prices.
Therefore, the reduction in component costs and the smaller technological advances in cathode and electrolyte will increase the capacity of the battery.
So what does this mean for electric vehicles?
The author provides a useful chart to let us know when electric cars and plugs are
Hybrid cars will compete with regular internal combustion engines.
If gas prices are high enough
The battery is cheap enough, so it makes more sense to buy an electric car by one person.
Now, we are at a time when the cost of battery per kilowatt hour is about $500 to $600, and the price of natural gas hovers around $3. 50.
It's a purple square on it.
This means that for most people who are worried about the price of natural gas, it makes sense to buy fuel.
An efficient vehicle or hybrid like Prius. (
That's exactly what we saw-
Sales in both companies are soaring. )
But if the price of the battery drops to $250 per kilowatt hour, as McKinsey's researchers expect, electric vehicles suddenly become very economically significant over the next decade, even if the price of natural gas reaches its current level.
The economy has changed dramatically.
McKinsey's authors say this is "one of the biggest disruptions facing the transportation, power and oil industries over the next decade or more.
"It's true that electric cars may not be as fast as some enthusiasts want, and there may be other reasons for this --
There are many, for example-
The phenomenon of "mileage anxiety" is discussed, and before charging, drivers do not want to be limited to just 75 miles, even if most of us do not have a further car every day than this.
But for now, the battery economy seems to be a big thing that is holding back the development of electric vehicles.
If battery prices fall as quickly as McKinsey's authors say, then all this can change in the short term. r.

GET IN TOUCH WITH Us
recommended articles
Knowledge Successful case News
Greenhouse Battery Backup Planning: Controls, Pumps, Fans and Lighting
Plan greenhouse battery backup by prioritizing controls, alarms, irrigation, fans, pumps and lighting, then checking startup power, runtime, SOC reserve and transfer behavior.
How to Size Battery Backup for a Small Studio or Home Business
Size battery backup for a studio, shop or home business by defining critical loads, peak power, usable energy, transfer needs, SOC reserve and recharge strategy.
IP65 Outdoor Home Battery Installation: What Installers Must Verify Beyond the Rating
Learn what IP65 covers, what it does not, and what installers must verify for outdoor home batteries: location, heat, drainage, corrosion, cable entries and commissioning.
What Information Is Needed for a Residential Energy Storage Quote?
Use this residential ESS RFQ checklist to submit the grid, load, PV, inverter, backup, site, approval and commercial data needed for a usable quote.
How to Compare Home Battery Quotes: A Bid-Normalization Guide for Installers and Distributors
A practical bid-normalization guide for comparing home battery energy, power, inverter scope, approvals, commissioning, warranty and support.
Nominal vs. Usable Home Battery Capacity: What Installers Should Calculate Before Quoting Runtime
Learn how nominal kWh, starting SOC, reserve settings, conversion losses and load profile determine usable home-battery energy and backup runtime.
Is 128 kWh Enough for Whole-Home Backup? Inside a Caribbean Residential Installation
See how a 128 kWh MERITSUN battery bank, 28.8 kWp solar array and Schneider inverter platform support whole-home backup in Punta Cana.
Project Complete: 48 kWh Whole-Home Storage With Three MSP-6KW Units
A 48 kWh MERITSUN home storage system is now in service, using three 6 kW all-in-one units to support separate household load groups.
60 kWh Farm Battery Storage in the U.S.: What This 12-Module Project Shows
Analyze the design logic behind a U.S. farm project using 12 parallel MERITSUN battery modules, a 60 kWh-class battery bank and a Schneider inverter.
Home Battery Sizing Guide for Solar Installers: 10kWh, 20kWh and 30kWh Systems
A practical MERITSUN home battery sizing guide comparing 10kWh, 20kWh and 30kWh systems for solar installers, EPCs, dealers and distributors.
Established in 1999, we have 20+ years of energy professional experience and integrated solutions services in energy storage application industrial, and further reach the demands the smart & green energy era. 
Copyright ©1999-2025 MeriTech Power Limited - www.meritsunpower.com | All Rights Reserved | Sitemap | Privacy Policy
Customer service
detect