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首页> 外文会议>International Conference on the European Energy Market >Economic feasibility analysis for a residential building in Tallinn with high electricity consumption. A case study with suitable energy storage for the Estonian climate
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Economic feasibility analysis for a residential building in Tallinn with high electricity consumption. A case study with suitable energy storage for the Estonian climate

机译：塔林一处耗电量高的居民楼的经济可行性分析。以爱沙尼亚气候适合储能为例的案例研究

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摘要

Technology producers and distribution specialists expect energy storage to resolve the fluctuations in energy supply caused by solar and unstable wind power. Techniques are in continuous improvement, the research and technological development provides innovative solutions for fixing the variations, and the system operators integrate new technologies into the network. Despite all mentioned, the massive integration of the bank technologies has not found exploitation in Estonia. In addition to solving fluctuation issues, energy storage is preferable in places where new small power plants or other renewable systems require new line construction. Unfortunately, in this situation, a connection to the network becomes expensive. Therefore, the stand-alone storage with a generator is a less expensive solution for the new consumer or producer. Currently, Distributed System Operator Elektrilevi already has one technological solution for the described case as an off-grid solution in isolated and remote locations. Still, in some urban places exist buildings with very high electricity consumption, where any changes may cause more expenses.This paper provides four scenarios for a residential building with a veto for ten years on making any changes in agreement with service providers and the existing system, where power is used for heat and water heating. The craftily, but at the same time, legally composed service providing contract leads to annual high electricity bills. The solution for the building is found and represented in the current study.
机译：技术生产商和配电专家期望储能解决由太阳能和不稳定的风能引起的能源供应波动。技术在不断改进，研究和技术开发提供了用于解决变化的创新解决方案，并且系统运营商将新技术集成到了网络中。尽管提到了所有问题，但在爱沙尼亚尚未发现银行技术的大规模集成。除了解决波动问题之外，在新的小型发电厂或其他可再生系统需要新线路建设的地方，储能也是可取的。不幸的是，在这种情况下，与网络的连接变得昂贵。因此，对于新的消费者或生产者，带有生成器的独立存储是一种较便宜的解决方案。当前，分布式系统运营商Elektrilevi已经为上述情况提供了一种技术解决方案，作为隔离和偏远地区的离网解决方案。尽管如此，在某些城市地区，仍有一些用电量非常高的建筑物，任何更改都可能导致更多的支出。本文针对拥有十年否决权的住宅建筑物，与服务提供商和现有系统达成协议进行任何更改，提供了四种方案，其中电力用于加热和热水。精心制作但又同时提供合同的法律服务会导致每年高昂的电费。找到建筑物的解决方案，并在当前研究中进行介绍。

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