mg线上电子游戏在做什么
mg线上电子游戏的投资组合经过精心设计,以确保在旨在改善现有核心业务的短期计划和旨在探索新业务模式的长期活动之间取得平衡.
Exploring new business initiatives
先进生物燃料
的 transport sector accounts for a substantial share of CO2 全球碳排放. Through advanced biofuels manufactured from non-food biomass, 有可能用可再生替代品替代化石燃料,并有助于运输部门脱碳. 席尔瓦绿色燃料, a joint venture between Statkraft and Södra, is currently building a biofuel demonstration plant for production of advanced, 第二代生物燃料.
Hydrogen for green 行业 and transportation
绿色氢具有取代化石燃料发电和供热的潜力, 作为重型运输的燃料和作为工业过程和产品的原材料. 其存储容量明显高于电池,同时还能减少对气候有害的二氧化碳2 排放, 氢可以在未来的能源系统中发挥关键作用,mg线上电子游戏也在研究燃料电池技术和氨如何为零排放能源系统做出贡献.
Rune Gjessing, CEO in 席尔瓦绿色燃料 and Head of Biofuels in Statkraft.
Increasing competitiveness and meeting flexibility demands
At the forefront of wind and solar technology
To grow our wind and solar business, mg线上电子游戏的重点是加强Statkraft在未来投资方面的竞争力. 在风力发电中, mg线上电子游戏正在努力降低成本,并在风电场的生命周期内增加产量. mg线上电子游戏需要测试新的创新解决方案,开发工具和方法来改善选址,优化运营和维护. 在太阳能, we aim to be on top of emerging technologies, develop tools to support our technology and site selection, and develop simulation and optimisation tools for plant design.
Increasing the life expectancy of our assets
随着mg线上电子游戏的北欧水电投资组合老化,需要越来越高的维护水平, we are developing solutions for more effective and efficient operations to increase the life expectancy of parts and components in our power plants. Statkraft is the driving force in Nordic hydropower research, but we are also applying our experience and expertise to our wind, solar and hydropower assets beyond the Nordics. Some of our focus areas include sediment management in reservoirs, 模型和工具,以支持优化的生命周期策略和涡轮机性能以及由人工智能驱动的故障排除.
新的市场模式
能源管理是mg线上电子游戏从自己和客户的资产中优化发电的关键工具. 为了在能源管理领域保持领先地位,mg线上电子游戏的市场模式必须适应未来. mg线上电子游戏目前正在开始更新mg线上电子游戏所有市场和技术的市场和调度模型,以确保稳健性, 灵活性和可伸缩性.
算法交易
With intermittent energy on the rise, 短期能源市场已经变得更加难以预测,能够做出快速、正确决策的需求比以往任何时候都更加重要. By combining the technology of algorithmic trading with artificial intelligence and machine learning to fully automate the trading process, mg线上电子游戏可以提高交易的速度和准确性,为mg线上电子游戏的客户创造更多的价值. mg线上电子游戏目前正在为mg线上电子游戏的产品开发一个完全自动化的交易平台和交易算法.
满足灵活性需求
Further develop hydropower solutions to provide flexibility
As intermittent technologies such as wind and solar are on the rise, mg线上电子游戏越来越关注如何优化mg线上电子游戏的水力发电厂,以最大限度地提高灵活性. 的 aim is to provide a steady and reliable power supply, but it will require us to operate our power plants differently. We are also focusing on developing system services from 风力发电, such as active power balancing control.
Research on increased flexibility with EU Horizon2020 projects
Statkraft参与了欧盟的两个Horizon2020水电开发项目. 这些项目都旨在开发提供灵活能源生产的技术和解决方案.
Storage and hybrid solutions for wind and solar
混合解决方案结合了mg线上电子游戏不同的可再生能源,可以解决可靠和负担得起的能源供应. mg线上电子游戏正在研究风能和太阳能的存储和混合解决方案的可行性和竞争力,mg线上电子游戏目前也在进行测试 一个新的浮动太阳能发电厂 on one of our hydropower reservoirs in 阿尔巴尼亚.
Coding day in the algorithmic trading team at Statkraft.
Solving climate and environment challenges
适应气候变化
气候正在变化. mg线上电子游戏的许多创新活动都是为了减轻气候变化的影响, but we are also focused on adapting our business to the inevitable. Through thorough research and development, mg线上电子游戏正在努力提高mg线上电子游戏设施的气候适应能力,并为mg线上电子游戏未来的投资决策提供知识基础. 在水电, mg线上电子游戏的主要重点是气候变化对水文的影响,以及mg线上电子游戏如何减轻负面影响并利用积极影响.
Improving the climate, environmental and social performance of our operations
虽然可再生能源是气候友好型的,但它可能会导致其他环境影响. A significant focus in our innovation and R&D initiatives is therefore increasing our knowledge about climate, environmental and social consequences of our operations and balancing these with the world’s need for renewable energy. mg线上电子游戏还致力于为mg线上电子游戏的区域供热业务确定一种气候中立的方法.
洋地黄可再生能源
To increase the efficiency of our renewable assets, we are exploring 现代传感器技术, 高级数据分析, algorithms and machine learning to provide new insights into the state of our renewable power plants. mg线上电子游戏投资测试市场上有可能补充或取代传统方法的新技术, such as Remote Operated Vehicle’s (ROV) for inspections of waterways, 侦察机, 小溪入口和水坝, injections to reduce cavitation, modelling of components and digital twins. 的 goal is to utilise the entire life expectancy of parts and components, while avoiding failures and unplanned downtime at the power plants. mg线上电子游戏还希望通过机器学习算法和提高自动化程度来增加能源管理的价值.
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