BESEN , leading the EV charging to a better way!
A rush of announcements in recent months has reaffirmed the automobile industry's intentions to electrify their fleets of vehicles. The development of EV charging technology that satisfies industry standards spurs market competitiveness and boosts efficiency is crucial for the future of vehicle electrification.
The barriers to the widespread use of electrified cars are significant at this turning point, but they are by no means insurmountable. There will be ample opportunity for those who manage risk inside the electric vehicle supply chain and react quickly to this market. The EV charging industry must solve some crucial facets of producing power and charging solutions to achieve this.
1. The Creation of Power And Charging Technology
Over a century has gone into developing cars and other transportation technology, primarily for internal combustion engines (ICE). A dependable, scalable, cost-effective EV charging infrastructure is also required, given that hundreds of hybrid electric vehicle (HEV), plug-in hybrid electric vehicle (PHEV), and electric vehicle (EV) models are expected to be released globally within the next five years.
Based on their financial, procurement, engineering, and IP ownership goals, EV charging manufacturers now have more options for creating and producing technologies than in the past. Emerging are newer models. These make it possible for EV suppliers and manufacturers to outsource design and production while keeping a hold on the final product.
As a result, finding and onboarding specialists requires less money and time for automakers and EV suppliers. As they move towards a new era, EV-charging automakers might also shorten the lifespan of their products.
2. Making More Investments And Managing The assets
The necessity for new types of factories, rather than just retooling current production lines, is driven by the differences between ICE and EV charging production methods and machinery. This will undoubtedly be a costly endeavor, costing billions of dollars.
Many EV charging manufacturers are considering if this is the best way to invest this amount of money because, if they do, they will have to divert money from another part of their business.
One obvious question is what automakers should do with their conventional ICE assets while switching to electric. Two such situations illustrate this difficulty:
A. The EV charging manufacturer continues to produce new ICE and electric powertrains to stay competitive. This results in duplication of investment for the same net overall volume (i.e., doubling their factory assets while not adding substantial sales volume, as their EV business cannibalizes their ICE business).
B. The ICE assets are used less and less as the traffic shifts from ICE to electric (i.e., less economical, while the electric side becomes more economical). Both sides are temporarily rendered economically unviable during this changeover.
3. Utilizing Automated, Specialized Manufacturing
The significance of automated assembly of power and charging technologies lies in its multi-board, multi-cable, complex mechanical assembly into an environmentally sealed end-product.
Highly automated manufacturing can produce safety-critical technologies with the highest levels of productivity, product quality, and repeatability. However, some of the difficulties that automation must overcome include the following
High-voltage item: Safety elements in car usage, testing, and manufacture.
Temperature dissipation: Complex manufacturing procedures for goods that require a lot of thermal energy to dissipate.
Dimensions and weight: Uneven, bulky, and oversized housing.
Boards and sub-assemblies in multiples: Fitting, attaching, and connecting requires great skill.
Process control and verification: Essential for monitoring and measuring each input in a manufacturing setting to provide a highly regulated and predictable output.
The price of subpar quality: Units can be highly complicated, and any error during the production process, during the following steps, or in the final product can be costly.
4. Partnerships For Competitiveness And Leanness
Several non-conventional and modern models exist for creating, developing, and manufacturing EV charging electrification solutions. Utilizing manufacturing solutions providers is one strategy EV charging automakers can use to discover the best business and partnership structure for their requirements.
The correct manufacturing partner has the knowledge to determine whether a part or system design is ideal for effective and economical mass production. If it isn't, the development cycle can be used to redesign it for manufacturing, improving throughput and raising repeatability and quality. Early involvement in product development guarantees that a partner's knowledge and experience may be used early in the product's lifetime.
Additionally, the development of local competence in component production and in-house knowledge in producing parts and systems for electrified powertrains is essential to serving this expanding market at the appropriate quality levels.
Getting to this stage might take time and money, both in terms of assets and experience. Outsourcing to specialized EV charging manufacturing partners allows the customer to concentrate its capital toward its strategic business objectives while the partner assumes the investment and risk.
During the past ten years, some EV charging manufacturers have invested in specialized capabilities, procedures, and knowledge, including high levels of backend value. This enabled them to take a revolutionary step in manufacturing and developing EV charging technology.
Government rules, technology improvements, and customer adoption will influence how quickly the EV charging business expands. The risk involved with introducing a manufacturer's power and charging technologies to the mass market can ultimately be reduced with the aid of a solid partner.
A Hub for EV Charging Technology
BESEN offers consumers specialized charging equipment that is more reliable, stable, and effective. Besen EV Charger, EV Portable Charger, EV Mode 3 Cable, EV Connector, EV Adaptor, and other items are some of their top sellers.
BESEN has been ranked No. 1 in terms of export data on Alibaba for 4 years in a row and is the EVSE manufacturer with the highest export volume in China for the AC charger market. With the help of the following guide, you can learn more about the significant aspects of manufacturing power and Electric Vehicle technology.
In this article, we have discussed EV charging technology, its primary concerns, and the manufacturing power and development of EV charging technology. Do give it a read to have a better understanding of the EV charging revolution and the major concerts to the automobile industry.