6月19日，电享科技（enjoyelec）与全球知名能源企业协合新能源集团西班牙公司在西班牙首都马德里达成战略合作。本次合作将首先优化位于西班牙的50mw储能电站及多个风光储混合电站的交易和管理流程，从而充分利用欧洲成熟电力市场带来的商业机会。
由于诸多风能和太阳能企业的涌入，伊比利亚半岛市场为储能产业提供了大量的盈利机遇，并通过日前交易、实时交易和辅助服务，创造了巨大的创收潜力。此次合作旨在利用电享科技在电池储能优化和能源交易方面的ai专业优势，与协合新能源集团西班牙公司共同携手提高西班牙能源电网的灵活性和稳定性。
电享科技基于其能源ai技术的自动竞价系统、智能充放电方案以及智能调度装置不仅有助于清洁能源生产，而且能够通过打入自由交易电力市场提升投资的内部收益率（irr），实现利润最大化。
本次战略合作完美契合了电享科技与协合新能源集团西班牙公司推动能源转型和提供全球可再生能源美高梅app官方下载的解决方案的使命，为西班牙实现其可再生能源目标提供了有力支撑，进一步拓展了欧洲可再生能源未来发展愿景。此外，通过结合专业知识和创新技术，这一合作将在实现显著环境效益和财务回报方面发挥关键作用。
协合新能源
协合新能源集团有限公司（股票代码0182.hk），成立于2006年，是一家集风能、太阳能项目于一体的综合性、国际化可再生能源电站开发及营运商。
协合新能源业务覆盖全球多个地区，包括中国、美国、意大利、西班牙、韩国及马来西亚等，拥有超过4gw已投运权益装机容量，并通过提供优质的清洁能源和专业服务，致力促进人与自然的可持续和谐发展。
电享科技
电享科技（enjoyelec）成立于2015年。作为一家以领先电池ai和能源ai技术为核心的能源数字化创新企业，公司凭借在电力交易、能源调度和电池充放电技术领域的上百项ai算法，为以清洁能源为代表的能源市场提供数字化美高梅app官方下载的解决方案及储能资产价值运营服务。
电享分布式储能虚拟电厂平台（vpp）将储能、光伏、微网和充电站组成了虚拟电厂能源网络，通过需求响应和电力辅助服务，结合电享iems edge边缘控制策略，实现碳中和下清洁能源新型电力系统供需平衡。
电享科技新一代能源控制与电池ai技术，解决分布式储能领域快速发展中的调配失衡与价值回报难题，延长储能资产寿命，提升分布式能源运营效率，丰富创收模式；同时，energy ai还为碳中和基础设施投资者提高irr，快速驱动市场扩张。
enjoyelec and concord new energy group announce strategic partnership in spain
munich, june 19, 2024 –enjoyelec is thrilled to announce a strategic cooperation with concord new energy group (cne). this partnership focuses on the optimized trading and management of a 50mw battery storage power station and several wind-solar-storage hybrid plants located in spain, leveraging the opportunities in the european electricity market.
leveraging enjoyelec ’s ai expertise in battery storage optimization and energy trading, this cooperation aims to enhance the flexibility and stability of the spanish energy grid. the market in the iberian peninsula provides significant arbitrage opportunities due to the mass influx of solar and wind energy, creating substantial revenue potential through day-ahead trading, live trading, and ancillary services.
enjoyelec’s auto bidding, smart charging and discharging plan, and intelligent dispatcher based on their energy ai technology will enable the generation of attractive clean energy and leverage the irr of the investments by entering higher-level electricity markets. these markets allow for charging and discharging within the dynamic spot price, maximizing profits. this initiative aligns perfectly with cne and enjoyelec’s mission to drive the energy transition and support sustainable energy solutions globally.
aiming for profit opportunities of new energy investment in the electricity markets,the partnership will take advantage of three market segments:
day-ahead trading: the volatile nature of renewable energy prices creates substantial opportunities for battery storage systems to profit from price spikes and dips.
intraday trading: flexibility in power generation and consumption allows for exploiting real-time price fluctuations.
ancillary services: providing critical support for grid stability, battery storage systems can dynamically switch between charging and discharging in accordance with grid frequency.
this strategic partnership not only supports spain"s renewable energy targets but also reinforces the broader european vision of a clean and sustainable energy future. by combining expertise and innovative technology, this collaboration will play a pivotal role in achieving significant environmental benefits and financial returns.
concord new energy group
concord new energy group (cne) is a comprehensive and international renewable energy developer and supplier that specializes in integrating wind and solar energy projects.
cne has successfully developed and installed over 4 gw of projects in various global markets, including china, the united states, italy, spain, south korea, malaysia, and others. cne is committed to achieving esg harmony between nature and human development by delivering high-quality clean energy and professional services.
enjoyelec
enjoyelec, a sustainable energy digital services provider based on al & cloud, which focus on clean energy application to achieve carbon neutrality.
enjoyelec excels in the field of home energy management(hems), vehicle to grid (v2g) and virtual power plants(vpp) across various clean energy ecosystems, leveraging energy al, battery al, lot and big data to achieve carbon neutrality through the focus of clean energy applications.
