|
电话：15313702523
如何构建先进的Discover蓄电池储能市场？挑战、机遇与未来方向
不只包含方针制定者在自由化电力商场中的商业战略，还考虑了电化学储能在实际生命周期中的衰减问题，一起结合工业共生的利用实践来促进循环经济针对废弃电化学堆的处置问题。在此背景下，本研讨构建了"方针-商场-共生"三元剖析结构用于电池储能体系（BESSs），据咱们所知，这是初次在学术文献中体系讨论该视角的研讨。该结构的三个维度分别体系性地考察了方针导向、商场动态和共生联系在引导这些现代体系布置与应用以完成共同方针过程中所发挥的效果。
引言
动力职业作为现代生活中不可或缺的组成部分，在世界经济格式中关于大国地位的构成与维系具有至关重要的效果，因而一直遭到方针制定者在自然资源维护、气候变化应对及全球性问题解决等范畴的高度重视[1,2]。尽管该范畴包含动力安全、动力功率与动力商场等颠覆性议题，但不同国家或地区经济政治条件的差异并未阻碍方针制定者寻求一致根底[3]。与这些显著不合构成鲜明对比的是，旨在发明就业、环境维护及消除动力获取不平等的方针调控，标志着各方在突破挑战性概念方面达成了共同态度。
动力范畴的多元化开展引发了激烈竞赛，尤其在电池储能体系（BESSs）商场——这一被视为储能生态体系中引领性要素的范畴。BESSs作为一种改造电力商场的工具，经过供给可继续、安全、高效且灵敏的调控手法推动职业变革[4]。但是要保持竞赛力，电池储能商场有必要突破战略平衡阈值，并与方针制定者及商场参与者构成有效协同，以完成长时间开展潜力[5]。
在全球动力危机与排放问题加剧的背景下，因为国家间竞赛加剧，清洁动力范畴的方针举动激增。2010年代，低利率与本钱下降使可再生动力出资者与政府获益。但是新冠疫情后，我国以外地区利率上升导致电池储能体系(BESSs)融资本钱增加，影响了项目资金筹集与企业盈利才能。清洁动力出资（尤其是电池储能体系）因需承担高额前期开销（经过后期较低运营本钱逐渐抵消），对借贷本钱上升更为灵敏[6]。
在这个严重变革的时代，项目开发商和出资者寻求支撑性方针以在各种商场中获得竞赛优势。过去一年间，包含美国、欧盟、日本、我国和印度在内的主要经济体相继出台了促进本乡清洁技能制作的方针。《通胀削减法案》[7]、《净零工业法案》[8]以及"绿色转型计划"[9]等举动，正在重塑与清洁动力技能相关的全球trade和工业方针。
电池储能技能因波动商场中频频充放电循环导致寿数周期不一。但促进其再利用的方针为商场定位中显性或隐性共生联系的构成发明晰机会，从而在循环经济中完成增加与就业发明的平衡[10,11]。为保持稳定性并维护竞赛环境，方针制定者应经过"方针-商场-共生"三角模型剖析战略平衡，经过监测变化、辨认顾客需求及确保供应链各环节的协同效果来制定路线图。此举将提高体系可靠性与耐性，并有助于对潜在环境影响进行审慎评价。
在此背景下，技能运营战略[5,[12], [13], [14]]、可行性考量[[15], [16], [17]]、操控办理算法[[18], [19], [20], [21]]、根据本地商场出清价格确实定性办法中的收益模型[5,[27], [28], [29]]以及其他曾被独自讨论的类似议题，已在过去几年积累了很多文献。但是，据现有文献标明，本研讨初次将从前提出的"方针-商场-共生"三角结构进行整合。这是储能商场中第一批结合电池储能体系(BESSs)未来图景的研讨之一。除了促进向可继续动力未来的平稳成功转型外，这一体系性且最先进的办法必将提醒文献中存在的分类空白，这是不可避免的现实。
这一视角供给了一种不同于以往文献总述的研讨途径，将方针、商场与共生概念相融合，并将储能体系的效果置于宽广结构中加以考量。该办法对储能体系进行了全面评价，不只包含其技能层面，更重视其与方针及商场动态的交互效果和共生联系。
本研讨不只针对现有文献的批判性剖析进行经济剖析[30]，还从储能体系的物理层出发，考察了并网[31]的多个维度，包含电池储能体系（BESSs）可供给的各项功能、容量装备、布局规划及操控战略[32]。研讨一起提醒了电动汽车电池梯次利用的潜在应用与可继续性收益[33]，并经过以方针、商场与共生理念构建的创新三角结构，阐明晰其在缓解电网拥塞[34,35]方面的解决方案潜力。
尽管这些议题具有深远影响至关重要，但该链条的树立标志着衔接相关主题文献的坚实柱石。因而，仅针对方针或仅聚焦商场的总述文章仍可能很多存在且继续出现。但是，所构建三角结构的最大优势在于理解这些要害节点存在的妨碍或潜力。有必要清晰探究并理解各利益相关方在这些节点上的人物效果。
根据上述阐释这些概念重要性及关联性的信息——这些概念需求跨学科办法协同强有力的举动者进行整合，本文对相关文献的突出贡献及"方针-商场-共生"三角模型中各对角线的联结途径如下：
- •
“Policy-market-symbiosis” triangle: It represents the symbiotic relationship between the two, where policymakers guide the behavior of stakeholders in the energy storage sector and maintain stability by regulating energy supply, allowing market players to make informed investment decisions. The contact of these concepts with each other will enable the control and management of the competitive environment to be developed in terms of technology, needs, and advances in development. At the same time, the discovery of hidden markets between relationships will be a guide for BESS market stakeholders.
- •
Powerful relationships: In the detailed classification of the literature research, statistical connections were established between the categories as single, double, and triple. The publications examined in this collection include 47 separate publications in the battery energy storage market, and energy storage market analysis of a total of 35 countries/regions in 4 different continents. Application studies have been analyzed in terms of installed power, power generation type and technology, and relational analysis, author connections and distribution by years of these publications are presented.
- •
Analysis: Raising awareness among stakeholders of the marginal value and necessity of operational flexibility for market participants such as system/market operators in different electricity markets that vary by continent includes a wide-scale examination of the technology's potential reduction in investment and operating cost for future ancillary services.
- •
Cost projections: The central projection for energy installation costs is anticipated to undergo a reduction, transitioning from the range of USD 150 to USD 1050 per kilowatt-hour (kWh) in 2016 to a projected range of USD 75 to USD 480 per kWh by the year 2030. This envisaged decrease corresponds to a percentage decline ranging between 50 % and 66 %, contingent upon the specific technology employed. Notably, as of 2030, the sole battery technologies anticipated to surpass the USD 300 per kWh threshold for energy installation costs are Lithium Titanate Oxide (LTO) and Zinc-Bromine Flow Batteries (ZBFB) (Fig. 1).
- •
The current situation: The stability of the energy policies in effect or announced in the continents of Europe, America, Asia and Oceania will show the fluctuation in a rich energy system and the projections as a driving force for developing countries as a reference. The stability of energy policies in developed countries will serve as a reference for developing countries in the BESSs market. It is estimated that the installed capacity of BESSs will increase by 56.0 % and exceed 270 GW in the near future [37]. The compound annual growth rate through 2026 is estimated to be 26.6 %, with critical minerals requirements projected to quadruple by 2040 [38]. Recycling is predicted to reduce the pressure on primary feed [39]. The current situation shows a global move towards net zero, but there are uncertainties due to variations in demand trajectories. The biggest question for suppliers is whether the global movement is heading towards a consistent scenario within the policy-market pair. The “policy-market-symbiosis” triangle is recommended to clarify the vision-mission action and narrow uncertainties.