评估清洁技术初创企业商业模式的盈利能力和环境影响:蒙特卡罗模拟

Nipun Goyal, Mahdi Mahmoudzadeh
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引用次数: 0

摘要

清洁技术(cleantech)产业是一个呈指数级增长的行业,旨在生产有利于环境的可持续产品和服务。虽然这些初创企业正在进行具有现实意义的前沿研究,但它们在财务和环境方面的成功之路并不平坦,而且在很大程度上取决于它们对商业模式的选择。由于与决策相关的参数值和变量具有高度不确定性,因此需要进行激励分析来讨论此类选择。我们构建了一个蒙特卡罗模拟,以评估和比较两种相互竞争的商业模式的财务和环境结果:企业拥有和经营(B.O.O.)模式和许可模式。结果表明,虽然许可经营模式始终能带来更多的环境效益,但在预期值上,其盈利能力却比 B.O.O. 模式低 10%。分析确定了清洁技术初创企业的三个主要决策点,它们在财务和环境结果之间的折衷程度各不相同。该模拟模型便于未来的清洁技术决策者调整,使他们能够选择正确的商业模式,增加财务和环境成功的机会。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Assessing Profitability and Environmental Impact of Cleantech Start-up Business Models: A Monte Carlo Simulation
The clean technology (cleantech) industry is an exponentially growing sector aimed at producing sustainable products of services that are good for the environment. While these start-ups are producing cutting-edge research with real-world implications, their path to financial and environmental success is tenuous and heavily dependent on their choice of business model. Due to high uncertainty in parameter values and variables pertinent to decision-making, stimulation analyses need to be performed to discuss such choices. We construct a Monte Carlo simulation to evaluate and compare the financial and environmental outcomes of two competing business models: a Business Owned and Operated (B.O.O.) model and a licensing model. The results showed that while a licensing model consistently delivered more environmental benefit, it was also 10% less profitable than a B.O.O. model at their expected values. The analysis identified three main decision points for cleantech start-ups with varying levels of compromise between financial and environmental outcomes. The simulation model is easily adjustable for future cleantech decision-makers, allowing them to choose the right business model and increase their chances of financial and environmental success.
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