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首页> 外文会议>International conference of the System Dynamics Society >The Impacts of Governmental Policies on the Investment Decision for Renewable Energies in the Swiss Electricity Market
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The Impacts of Governmental Policies on the Investment Decision for Renewable Energies in the Swiss Electricity Market

机译：政府政策对瑞士电力市场中可再生能源投资决策的影响

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Switzerland faces two major challenges in the electricity sector. The existing nuclear power plants will be phased out and at the same time new renewable electricity sources should increase their share in production. These shifts need to be managed while ensuring a secure electricity provision. The investment decision for the specific technologies is a central leverage point in the system. Currently a feed-in remuneration tariff policy with a fixed tariff is implemented to support new renewable energy technologies in their development. A System Dynamics simulation model is built to improve the understanding of central developments in the system and the interplay of different electricity technologies in the electricity production. The model is used to simulate likely developments of the Swiss electricity power plant park and test the effectiveness of feed-in remuneration policies. Results are gained on the long-term dynamics of capacity building of electricity technologies, depending on different public policies. This paper makes a practical contribution to the management of the energy transition by shedding a more dynamic light on the capacity expansion in relation to different forms of feed-in tariff policies.
机译：瑞士在电力部门面临两个主要挑战。现有的核电站将被淘汰，同时新的可再生能源应增加其在生产中的份额。在确保安全电力供应的同时，应对这些变化进行管理。特定技术的投资决策是系统中的核心杠杆点。当前，实行具有固定关税的上网电价补贴政策，以支持新的可再生能源技术的发展。建立了系统动力学仿真模型，以增进对系统中心发展以及电力生产中不同电力技术之间相互作用的理解。该模型用于模拟瑞士电厂公园的可能发展，并测试上网电价补贴政策的有效性。根据不同的公共政策，电力技术能力建设的长期动态会获得结果。本文通过更加动态地阐明与不同形式的上网电价政策相关的容量扩展，为能源转换的管理做出了实际的贡献。

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