智能知识管理推动绿色转型:比较案例研究

IF 5.4 Q2 ENERGY & FUELS
József Magyari , Máté Zavarkó , Zoltán Csedő
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引用次数: 7

摘要

大型能源公司和能源创业公司越来越多地将资源集中在智能能源系统(SES)相关的新业务上。然而,绿色转型的相关创新技术与传统商业模式的开发和融合往往受到现有业务领域开发的并行管理和突破性创新的新业务领域探索的挑战。虽然知识管理可能是这种平衡战略的关键,并将组织转变为更可持续的未来,但人们对能源部门面临的挑战知之甚少。通过对一家大型能源公司和一家小型能源初创公司的比较案例研究,两种情况下,路径依赖都反映在KMS设计中,这可能导致既有企业向新技术的转变速度较慢,而初创企业对技术创新的利用速度较慢。如果合作伙伴关系不是模拟结构双灵巧性的一个选择,能源公司可以通过智能知识管理系统(SKMS)单独加速绿色转型,支持上下文双灵巧性和SES的发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Smart knowledge management driving green transformation: A comparative case study

Smart knowledge management driving green transformation: A comparative case study

Large energy companies and energy startups are increasingly focusing their resources to build new businesses concerning smart energy systems (SES). The development and integration of related innovative technologies for green transformation with traditional business models are often hampered, however, by the challenge of parallel management of exploitation of current business areas, and the exploration of new business areas with breakthrough innovation. While knowledge management could be key in this balancing strategy and shifting the organization to a more sustainable future, little is known about the challenges in the context of the energy sector. Applying a comparative case study method at a large energy company and a small energy startup, path dependency is reflected in KMS design in both cases, which could result in a slower shift to new technologies in case of the incumbent, and slower exploitation of the technological innovation in case of the startup. If a partnership is not an option for simulating structural ambidexterity, energy companies could speed up green transformation individually with smart knowledge management systems (SKMS) that support the development of contextual ambidexterity and SES.

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来源期刊
Smart Energy
Smart Energy Engineering-Mechanical Engineering
CiteScore
9.20
自引率
0.00%
发文量
29
审稿时长
73 days
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