Uncertainty Quantification in Wind Plant Energy Estimation

whitePaper | July 31, 2022

Changes in climate and energy policy paired with shifts in supply and demand are causing disruptions to energy systems across the globe. Renewable energy generation is at the core of this transition. Investing and empowering the energy sector to sustainably optimize performance, production, and scale must become a transformational effort to innovate for the future. Data is at the heart of this revolution. Renewable power generation is highly dependent on weather and site conditions, which are everchanging, and the process outputs large-scale data that is often difficult to integrate, visualize, or leverage.

whitePaper | July 27, 2022

Activity is heating up in next-generation technologies, and renewable energy industry stakeholders are considering investments in them, which can eventually help to more confidently integrate variable renewables such as wind and solar into the electric grid. For an industry that has largely focused on solar and wind, private investment and pilot projects combined with federal research support could help expedite commercialization of emerging technologies such as green hydrogen, advanced batteries, and other forms of long-duration storage

whitePaper | June 7, 2022

Since establishing its first European R&D center in Sweden 20 years ago, Huawei has been collaborating to innovate and develop alongside European partners. Currently, Huawei has more than 15,000 employees in Europe, about 70% of whom are locally recruited, and indirectly supports more than 224,000 jobs, with 2 regional offices and 27 R&D centers. Huawei has established 230 technical cooperation projects and has partnered with over 150 universities across Europe. Today, green development has become an important trend. Green development, on par with the digital economy, has emerged as a major area of focus and global consensus in the roadmaps released by economies, including those in Europe. Huawei is committed to using technology to contribute to a better planet. We support Europe in achieving carbon neutrality through reducing carbon emissions, contributing to a circular economy,promoting renewable energy, and conserving nature with technology

whitePaper | April 1, 2022

Covestro has applied its industrial expertise in high-tech polymer materials to develop innovative polyurethane (PU) solutions for wind turbine applications that offer performance benefits and lower blade costs. To evaluate the impact of our PU solutions for rotor blade applications, Covestro commissioned bewind GmbH, a specialist wind engineering consultancy company, to simulate the costs and benefits of these solutions in terms of production, operational performance, and turbine lifetime. The company evaluated three of our PU products: a pultrusion resin, an infusion resin, and coating raw materials for leading edge protection (LEP). The aim was to quantify the impact of Covestro polyurethane solutions compared to standard alternative products used on a typical offshore wind farm.

whitePaper | August 19, 2022

The energy sector is responsible for more than 75% of the EU’s greenhouse gas emissions. Increasing the share of renewable energy across the different sectors of the economy is therefore a key building block to reach the EU’s energy and climate objectives: Cutting greenhouse gas emissions by at least 55% (compared to 1990) by 2030 Becoming a climate neutral continent by 2050

whitePaper | October 28, 2022

BY 2030 Nigeria reaches its 30-30-30 target, which means 30 GW of grid-connected capacity by 2030 of which 30% comes from renewables. The amount of unserved energy drops significantly in the later part of the decade, which means that a much larger portion of the population now has access to electricity. A lot of flexibility has been added to the power system thanks to ICE technology. The system is now ready to accommodate the massive renewable energy deployment planned in the 2031-2040 decade. Our model reveals that reaching the 30-30-30 target in the most cost-effective way will require $18.7 Billion of investment.