scispace - formally typeset
Search or ask a question

Is it cost effective to own a Tesla? 

Rotor (electric)
Predation
Automotive industry
Tesla turbine
Turbine

Answers from top 9 papers

More filters
Papers (9)Insight
Journal Article•DOI
Effectiveness of the Liberator? in reducing predation on wildlife by domestic cats
Mike Calver, S.R. Thomas 
01 Jan 2010-Pacific Conservation Biology
14 Citations
is a cost-effective option.
Open access•Journal Article•DOI
Performance Metrics Required of Next-Generation Batteries to Make a Practical Electric Semi Truck
Shashank Sripad, Venkatasubramanian Viswanathan 
27 Jun 2017-ACS energy letters
130 Citations
The fully electric Tesla Semi would have to meet these performance requirements at a reasonable cost of operation in order to be a practical alternative to existing vehicles.
Journal Article•DOI
What does Tesla mean to car buyers? Exploring the role of automotive brand in perceptions of battery electric vehicles
Zoe Long, Jonn Axsen, Inger Miller, Christine Kormos 
01 Nov 2019-Transportation Research Part A-policy and Practice
22 Citations
Tesla in particular may have played a role in developing positive perceptions of BEVs, suggesting that it might be desirable for policy to support such a brand.
Open access•Journal Article•DOI
Cost Effectiveness of using Low Cost Housing Technologies in Construction
Vivian W.Y. Tam
01 Jan 2011-Procedia Engineering
39 Citations
This proves that using low cost housing technologies is a cost effective construction approach for the industry.
Journal Article•DOI
One-dimensional model analysis and performance assessment of Tesla turbine
Jian Song, Xiaodong Ren, Xuesong Li, Chun-wei Gu, Mingming Zhang 
01 Apr 2018-Applied Thermal Engineering
28 Citations
Tesla turbine can yield considerable efficiency and it can be regarded as a potential choice to be applied in small and micro scale systems.
Journal Article•DOI
Performance estimation of Tesla turbine applied in small scale Organic Rankine Cycle (ORC) system
Jian Song, Chun-wei Gu, Xuesong Li 
05 Jan 2017-Applied Thermal Engineering
51 Citations
The Tesla turbine is simple in structure and is easy to be manufactured.
Journal Article•DOI
What does Tesla mean to car buyers? Exploring the role of automotive brand in perceptions of battery electric vehicles
Zoe Long, Jonn Axsen, Inger Miller, Christine Kormos 
01 Nov 2019-Transportation Research Part A-policy and Practice
22 Citations
Of Tesla-familiar respondents, most indicate that Tesla has influenced them to perceive BEVs as more innovative, stylish, and environmentally-beneficial.
Open access•Journal Article•DOI
Automobile manufacturers, electric vehicles and the price of oil
Dirk G. Baur, Neda Todorova 
01 Aug 2018-Energy Economics
22 Citations
Tesla is the only company that displays a positive oil price sensitivity consistent with a substitution effect between combustion-engine cars and electric cars.
Open access•Journal Article•DOI
Fluid dynamics assessment of the Tesla turbine rotor
Giampaolo Manfrida, Lorenzo Talluri 
01 Jan 2019-Thermal Science
11 Citations
The Tesla turbine seems to offer several points of attractiveness when applied to low-power applications.

Related Questions

How cost effective are sports?5 answersSports have shown varying degrees of cost-effectiveness based on different interventions and settings. Studies have highlighted the potential cost-effectiveness of sports interventions in different scenarios. For instance, a study on programmed sports therapy (PST) for people with haemophilia demonstrated a significant gain in quality-adjusted life-years (QALYs) and a potential to reduce healthcare costs, indicating the cost-effectiveness of such interventions. On the other hand, community-based sports interventions have shown that less intensive sports sessions may be more effective and cost-effective in increasing physical activity among inactive individuals, with a cost per QALY of £50,000 for certain interventions. Additionally, the form of management in sports services can impact cost efficiency, with direct municipal management being identified as the most efficient delivery form in some cases.
What is tesla company value?3 answersTesla's company value is a topic of debate among researchers. Some papers suggest that Tesla's intrinsic value is lower than its market price, advising investors not to buy. However, other papers argue that Tesla is a promising investment choice, with its market capitalization surpassing $1 trillion. There are also papers that highlight the overvaluation of Tesla's stock due to inflated market expectations and investing behaviors influenced by COVID-19, recommending investors to sell Tesla's stock. On the other hand, some papers mention that Tesla's share price is overvalued in the short term but still worth investing in from a medium to long-term perspective. Overall, the valuation of Tesla's company value varies across different papers, with some suggesting caution and others seeing potential in the investment.
Financial and Investment Decisions of Tesla's?5 answersTesla's financial and investment decisions have been analyzed in several studies. The financial analysis of Tesla's performance from 2017 to 2020 was conducted, focusing on ratios such as profitability, liquidity, activity, cash-flow, and debt ratio. Value investing has been applied to Tesla, analyzing its financial statements, stock prices, and conducting multiple valuations. The financial status of Tesla has been examined to determine its future performance and investment potential. Additionally, Tesla's optimal machine life for investment projects has been analyzed using photovoltaic and net present value rules. A comprehensive business model analysis of Tesla has been conducted, considering financial performance, competitors, industry trends, and local policies. These studies provide insights into Tesla's financial position, investment potential, and business model analysis, aiding stakeholders in making informed decisions.
Is it more cost effective to buy a new or used car right now?10 answers
What is the most cost effective luxury car?8 answers
What is the most cost effective option for purchasing a vehicle?9 answers

See what other people are reading

What grade of steel is used in floating offshore wind turbine towers?
5 answers
Floating offshore wind turbine towers commonly use steel grades such as S355 and S460 for their construction. S355 steel is extensively utilized in offshore structures, including wind turbine monopiles. On the other hand, offshore wind power steel with a yield strength of 460MPa or higher is also employed in offshore wind power tower projects. These steel grades are chosen due to their mechanical and fracture properties, which are crucial for ensuring the structural integrity of offshore wind turbine components. Additionally, the use of steel in floating offshore wind turbine towers provides stability, seakeeping performance, and suitability for deep waters. Therefore, the combination of S355, S460, and high-strength offshore wind power steel grades plays a vital role in the construction and integrity of floating offshore wind turbine towers.How does the supply chain impact sustainable performance practices in Mexican exporting companies?
5 answers
The supply chain plays a crucial role in influencing sustainable performance practices in Mexican exporting companies. Research on the Mexican maquiladora industry reveals that implementing Green Supply Chain Management (GSCM) practices, such as environmental management systems (EMS) and eco-design (ED), directly impacts environmental impact reduction and cost savings in production processes. Additionally, sustainable supply chains have a mediating effect on sustainable performance, positively affecting financial performance indirectly through their influence on sustainable development in the Mexican automotive industry. Furthermore, the integration of sustainability practices within the supply chain, including inbound, internal, and outbound sustainability, significantly impacts business, social, and environmental performance in Mexican maquiladoras. These findings emphasize the critical link between supply chain sustainability and overall performance outcomes in Mexican exporting companies.How are electric or kick scooter steering systems made?
5 answers
Electric scooter steering systems are designed with various components to ensure efficient control and maneuverability. These systems typically include motors, sensors, and adjustment mechanisms. In electric power steering systems, a motor is connected to a ball screw with an angular position sensor for precise control. Steering control systems for electric scooters involve motors connected to batteries, allowing for speed control based on detected steering angles to prevent drive resistance. Kick scooters feature interconnecting members, links, biasing members, and steering angle adjustment mechanisms for stability and adjustability. Additionally, steering linkage mechanisms in scooters consist of connecting frames, front forks, and handle frames to enhance driving stability and maneuverability with a minimal turning radius. Overall, these components work together to create functional and responsive steering systems for electric and kick scooters.How does the adoption of green mobility affect the energy consumption patterns in Malaysia?
10 answers
The adoption of green mobility, particularly electric vehicles (EVs) and energy-efficient vehicles (EEVs), significantly influences energy consumption patterns in Malaysia, reflecting a complex interplay between environmental benefits and challenges to the existing energy infrastructure. The introduction of green vehicles is primarily motivated by the urgent need to reduce harmful emissions and the dependency on fossil fuels, as motor vehicles are major contributors to carbon monoxide pollution in Malaysia. EVs, as a subset of green vehicles, offer a promising solution to mitigate CO2 emissions, aligning with the broader goals of sustainable development by reducing the reliance on fossil fuels and decreasing greenhouse gas emissions. However, the transition to green mobility introduces new dynamics to energy consumption patterns. For instance, EVs are found to consume approximately 30% less energy than internal combustion engine vehicles (ICEVs) and offer significant energy and cost savings, especially in long-distance travel scenarios. This shift not only underscores the potential for reduced carbon emissions but also highlights the economic benefits of adopting green vehicles in terms of energy savings. Despite these advantages, the integration of EVs into Malaysia's energy system poses challenges, notably the increased power losses in the low voltage distribution networks due to high EV uptakes. This indicates a need for infrastructural adjustments to accommodate the growing demand for electricity in a sustainable manner. Moreover, the current pace of renewable energy development in Malaysia is relatively slow, necessitating concerted efforts from both public and private sectors to enhance energy efficiency and reduce electricity consumption. Policymakers are actively formulating and implementing strategies to promote the adoption of EEVs and green mobility, including setting production goals and adopting policies to reduce greenhouse gas emissions. These efforts are complemented by initiatives to align national transport policies with global sustainable transport policies, aiming to address the increasing travel demand while ensuring environmental sustainability. Consumer attitudes towards green vehicles are influenced by various factors, including environmental concerns, perceived value, and government policies. Studies suggest that enhancing consumer attitudes, social norms, and perceived behavioral control can significantly contribute to the adoption of green mobility. Additionally, the consideration of consumption values, such as resale price and fuel prices, plays a crucial role in shaping consumer preferences for green vehicles. In conclusion, the adoption of green mobility in Malaysia is poised to reshape energy consumption patterns by offering energy savings and reducing carbon emissions. However, addressing the infrastructural and policy challenges is essential to fully realize the benefits of this transition.What are the positive impact of 3D Printing in terms of Cost Savings for Military and defense sector?
5 answers
3D printing offers significant cost-saving benefits for the military and defense sector. It enables rapid production of replacement parts, infrastructure components, and equipment, reducing the need for extensive supply chains and long lead times. The flexibility of 3D printing allows for on-demand manufacturing in remote areas affected by conflicts or disasters, cutting down on logistics costs. Moreover, the customization and fast production capabilities of 3D printing contribute to overall cost reductions in the development of complex radio-frequency components and advanced payloads for space applications. In the field of oral and maxillofacial surgery, 3D printing technology has also demonstrated cost-saving advantages by improving precision in treatment planning, reducing operation times, and enhancing surgical outcomes.What are the negative impact of 3D Printing in terms of High Initial Costs for Logistics companies?
5 answers
The negative impact of 3D printing in terms of high initial costs for logistics companies is a significant concern. While 3D printing offers benefits like shorter lead times, reduced stocks, and elimination of assembly requirements, the high price of professional equipment remains a major obstacle to its widespread adoption. Implementing 3D printing technology requires substantial investment in acquiring the necessary machinery, which can strain the financial resources of logistics companies. Despite the potential economic benefits projected by 2025, such as a $230 billion to $550 billion annual impact, the upfront costs associated with integrating 3D printing into logistics operations pose a challenge for companies looking to leverage this innovative technology.What are the negative impact of 3D Printing in terms of Limited Materials for Logistics companies?
5 answers
3D printing, while offering various benefits like shorter lead times and reduced inventory, can pose challenges for logistics companies due to limited materials. The technology's disruptive nature can lead to changes in supply chains, affecting shipping volumes and fleet types. Additionally, the constant optimization of legacy processes in the logistics industry is crucial for cost reduction, where additive manufacturing like 3D printing plays a role in process optimization and lowering costs. Furthermore, the design of spare parts logistics is impacted by 3D printing technology, especially when considering multiple parts with stochastic demands. As companies increasingly adopt 3D printing, logistics providers must adapt their service infrastructure to meet the evolving needs of customers embracing this innovative production method.What are the environmental impacts of tidal stream systems on marine ecosystems?
4 answers
Tidal stream systems, while promising for renewable energy, pose environmental impacts on marine ecosystems. These systems can lead to detrimental interactions with marine life, such as physical collisions with turbine blades, potentially causing mortality. Additionally, the installation of tidal turbines can affect the behavior and distribution of marine predators like seabirds, impacting their foraging patterns and prey availability. Furthermore, uncertainties exist regarding the impacts of tidal stream turbines on sediment dynamics, which are crucial for local fauna and turbine infrastructure, emphasizing the need for thorough environmental assessments. Studies suggest that tidal energy extraction can alter hydrodynamics, reducing tidal range and velocities, impacting mixing processes, and potentially influencing sea levels, albeit to a lesser extent compared to the effects of climate change.What are the positive impact of 3D Printing in terms of Sustainability for Aerospace industry?
5 answers
3D printing, or additive manufacturing, offers significant sustainability benefits for the aerospace industry. It enables the creation of lightweight designs, reducing the climate impact of aviation. By utilizing 3D printing, manufacturers can develop sustainable manufacturing practices, reduce waste, save energy, and optimize supply chain logistics in aerospace and other industrial sectors. Additionally, 3D printing allows for the production of components with enhanced properties, such as high surface area sensing electrodes for pollutant detection and lightweight materials for energy generation and storage, contributing to sustainable practices in aerospace and beyond. Furthermore, sustainable 3D printing processes, like vat-photopolymerization, using renewable inks and recycling materials, can lead to the fabrication of lightweight structures and materials-saving products, further promoting sustainability in aerospace applications.What are the positive impact of 3D Printing in terms of Speed for Automotive industry?
5 answers
3D printing, particularly in metal, has revolutionized the automotive industry by significantly enhancing speed in various aspects. The technology reduces time to market, allows for rapid prototyping, and facilitates the production of end-use parts swiftly. Additive Manufacturing (AM) provides design flexibility, enabling lightweight components, increased performance, and customization, all of which contribute to faster development cycles. Moreover, AM simplifies the supply chain, reduces material waste, and streamlines inventory management, further accelerating processes in the automotive sector. The utilization of 3D printing in the auto industry has been ongoing for over 30 years, with notable companies like Ferrari and Lamborghini adopting the technology for prototyping and testing, showcasing its positive impact on speed and efficiency.What are the positive impact of 3D Printing in terms of Customization for Automotive industry?
4 answers
3D printing technology, particularly in metal and composite forms, has revolutionized the automotive industry by offering extensive customization opportunities. Metal 3D printing reduces weight, enhances component strength, and decreases costs, leading to reduced CO2 emissions and fuel consumption. Additive Manufacturing (AM) in automotive allows for lightweight, high-performance, and personalized parts, reducing material waste and simplifying the supply chain. Composite technology, especially sandwich composites, provides high strength-to-weight ratios and flexibility for customization of electric vehicle components, eliminating the need for traditional labor-intensive processes like making patterns and molds. The advanced design freedom and mechanical properties of 3D printing make it ideal for creating customized automotive components efficiently and cost-effectively.