本文主要讲述的是汽车行业的市场竞争，本文认为，特斯拉在组织上的创新和发展，在汽车行业中出现了各种不同的市场机会。本文的重点仍将放在汽车行业如何应对由于特斯拉组织的存在和进步而出现的新竞争(Bohnsack et al.， 2014)。需要考虑的是，在使用燃料电池技术的电动汽车的研究和开发方面的日益努力已经改变了该行业的标准。本篇布里斯班论文代写文章由澳洲论文通AssignmentPass辅导网整理，供大家参考阅读。
This essay will argue that the innovations and developments at the organization of Tesla emerged various and distinct market opportunities within the industry of automotive. The focus of this essay will remain on the manner in which the automotive industry has responded to the new competition that has emerged due to the presence and advancements made by the Tesla organization (Bohnsack et al., 2014). It is to consider that the growing effort in the research and development towards the electronic vehicles with the use of fuel cell technology has changed the standards of the industry.
Furthermore, understanding and determining the role of the government with the changing environment of automotive industry is critical since the government is faced with the concern of protecting the jobs and industries that are already established and supporting the businesses towards the innovation and sustainability (Graham et al., 2016). Hence, Tesla has become an innovative leader in the automotive industry to which the entire automotive industry is responding. It has been identified from the research that the innovation showcased by the Tesla has triggered the major automakers across the globe to enter in the domain of developing electric vehicles transitioning from the gasoline (Hardman et al., 2015).
One of the recent innovations encountered by Tesla and the automotive industry is the Tesla S model that was cheaper in terms of cost and provided with increased performance in the segment of electric vehicles. One of the primary and fundamental responses of the automotive industry in this context can be seen as the transformation of the automaker’s laboratories. The previously used V-8 engines have been replaced with the grid of 18 cobalt blue boxes in large nature and the size of these boxes are extended 10 feet high and 8 feet wide (Kesslet and Buck, 2017). These lab setup and environment have been developed by some of the leading automobile manufacturers.
The general motors have responded to the innovation of Tesla through developing the essential facility environment that can support the sustainable battery chemistry and simulation of climate. The research has established that the chemistry of the fuel cells remain extremely sensitive to the humidity and temperature due to the problem of water accumulation in the fuel cells (Moritz et al., 2015). Therefore, it becomes critical that the electric vehicles are able to function and perform in all weather conditions. Since Tesla has already developed the electric vehicles and the organization continuously invest within the research and development. The use the previous profits to generate high performance and cheaper car models that can be afforded by the public and the global shift have been made from the gasoline based vehicles to the electric vehicles for the sustainable and environment friendly future.