
Strengthening the cybersecurity of the power grid
Cyber resilience is a challenge for organizations globally and for the electricity industry in particular. Power systems are among the most complex and critical of all infrastructure type...
加快向可持续、可负担、包容性能源系统转型,为住宅取暖和照明、交通运输以及经济发展提供平价能源
全球能源行业经历巨变,创造出新的机遇。新型商业模式和技术改变能源的生产、输送和消耗方式,在电力行业尤其如此。能源使用的电气化程度提高,这主要是由于电动车辆使用的电池成本降低。有关氢气的讨论重返全球能源议程上,日益受到行业领袖和政府的关注。
但要充分实现安全、可持续和可负担的能源体系,我们依然任重而道远。能源相关温室气体排放的上升势头不减,与政府间气候变化专门委员会的建议和《巴黎气候协定》的承诺背道而驰。
平台将建立高级别多方利益相关者构成的特别工作组,拓展未来能源边界。我们召集政府、公民社会、能源技术公司、油气行业、汽车行业、私人投资者和其他重要产业的领袖,制定政策与监管建议以及创新投资模式,促进基础设施与行业创新。
Cyber resilience is a challenge for organizations globally and for the electricity industry in particular. Power systems are among the most complex and critical of all infrastructure type...
Our energy and climate future largely hinges on whether emerging markets and developing economies (EMDEs) are able to successfully transition to cleaner energy systems. For these countrie...
Cities across the world account for most of our carbon emissions and energy use, yet they cover only 3% of the earth’s land surface. As the global population grows, so does new constructi...
More people than ever before have access to energy globally. But this impressive progress on accessibility is masking a far wider global failure: our ability to transition to secure, affo...
Corporate leaders from the mining, metals and manufacturing industries are changing their approach to integrating climate considerations into complex supply chains.
With special thanks to Henrik Andersen, CEO of Vestas and Chair of the World Economic Forum's Electricity Industry community for leading this work in collaboration with CEOs from electric...
Countries representing approximately 70% of the global economy have committed to net-zero emissions in line with the Paris Agreement. To deliver on these ambitious commitments, ecosystems...
The challengeShipping is central to the movement of goods around the world and a driver for global trade. Although it is considered one of the lowest emitting means of transportation, the...
Hydrogen is increasingly identified as a critical success factor for the transition to a net-zero world by 2050. However, clean hydrogen is currently not scaling fast enough to deliver on...
Risk allocation and risk management are critical issues in the infrastructure delivery lifecycle. Imbalances in risk sharing in current contract structures pose a significant challenge to...
Country Transition and Benchmarking is one of the challenges identified by the World Economic Forum Platform for Shaping the Future of Energy and Materials.The world’s transition to secur...
Manufacturing industries are on the verge of a data-driven revolution. They collaborate in hyperconnected value networks employing a large variety of data‑and‑analytics applications. Data...
Net Zero Carbon Cities’ mission is to create an enabling environment for clean electrification and circularity, resulting in urban decarbonization and resilience. The program aims to do t...
The Challenge The Fourth Industrial Revolution brings with it a rapidly growing need for energy to sustain global digitalization and interconnectivity, including a proliferation of connec...
Accelerating clean energy transitions is a global imperative for the world to address the climate emergency. The decarbonization of energy production and use will require trillions of dol...
Challenge Ensuring effective cyber resilience across the Oil & Gas sector requires a combined and aligned multidisciplinary effort to achieve a cohesive business and digital enablemen...
Due to global population growth and expansion of the middle class, it is expected that demand for chemicals and materials will quadruple by 2050. At the same time, achievement of the Pari...
With the engagement of 30 plus global organizations and over 100 executives – the Circular Cars Initiative (CCI) launched at Davos 2020 – is rapidly accelerating the transformation of cir...
The 2020’s have to be the Electric Decade if we are going to limit temperature increases below 1.5 degrees, as well as address the energy security and affordability challenges that we are...
In order to avert a catastrophic climate disaster, global clean energy investments of approximately $4-5 trillion are required annually by 2030 – a more than threefold increase from exist...
Our new white paper reviews the legislated policies driving industrial decarbonization in a selection of ten nations across the Americas, Europe and Asia-Pacific, as well as the enabling ...
The construction and operation of buildings generate 38% of global greenhouse gas emissions. While numerous technologies exist to help decarbonize the sector, there is an urgent need to a...
Artificial intelligence (AI) has tremendous potential to accelerate and support the global energy transition but several key barriers are preventing it from being adopted rapidly or at gl...
As countries continue their progress in transitioning to clean energy, it is critical to root the transition in economic, political and social practices to ensure progress is irreversible...
The power of infrastructure to shape economies and societies is enormous. Infrastructure underpins commercial life, provides vital social services and supports human interaction around th...
The transformation of the energy system over the past decade, although slower than required to achieve the objectives of the Paris Agreement to combat climate change, has been unprecedent...
Two new reports from the team behind the annual Global Risks Report identify the headline risks, challenges and, encouragingly, the opportunities the world is facing as a result of the CO...
The technological advances of the Fourth Industrial Revolution have fundamentally altered society in ways both seen and unseen. This digital transformation has changed how people live and...
The energy industry is complex, and understanding the major trends changing the industry can be challenging. Investors, policy-makers, business people and other interested stakeholders re...
世界经济论坛2019年《推动能源系统有效转型》(Fostering Effective Energy Transition)报告显示,与五年前相比,世界能源体系的可负担性在下降,环境可持续性也未见改善。虽然能源的可获取性有了大幅提高,缺乏电力服务的人口已降至十亿以下,但人们对于能源转型可负担性和公平性的担忧却在上升。报告采用的“能源转型指数”从两方面对各经济体进行评估。首...
Many governments are finding it difficult to finance the growing demand for essential infrastructure through public funding alone. With the significant increase of debt in many countries ...
Cyber resilience is a challenge for all organisations, but, due to its vital role as a societal backbone, it is of particular importance for the electricity ecosystem. The power grid is ...
The Forum’s National Infrastructure Acceleration (NIA) project, using a model developed and tested across its various national workstreams, designed a standardized governance structure – ...
Despite significant achievements in sustainable energy innovation and market scaling of technologies such as solar, wind energy storage and others, the rate of change is not fast enough. ...
In 2016, the World Economic Forum examined three major trends transforming the energy system: decentralization, digitalization and electrification. Building on this work, in 2017 a genera...
Global investment in clean energy amounted to more than 333 billion dollars in 2017 and households, businesses and governments are increasingly seeking new energy solutions due to the rea...
As an integral part of the World Economic Forum System Initiative on Shaping the Future of Energy, the Global Future Council on Energy provides vision and thought leadership. Since 2016, ...
This report examines the major trends affecting the transformation of energy and mobility systems, with a special focus on cities. Topics addressed include: electrification, decentralizat...
"Recycling our Infrastructure for Future Generations" takes a closer look at an emerging approach to financing new infrastructure, which is known as “Asset Recycling”.
· The Global Energy Architecture Performance Index Report 2017 ranks 127 countries on their ability to deliver secure, affordable, sustainable energy
The electricity landscape is a prime example of the Fourth Industrial Revolution as it undergoes a transformation, becoming more complex than ever before with rapidly evolving technologie...
In the next two decades, three game-changing themes have significant potential to impact the energy system: advanced energy acceleration, mobility revolution and energy system fragmentati...
The report, Risk Mitigation Instruments in Infrastructure: Gap Assessment, offers a framework for institutions to assess gaps in the provision of risk-mitigation instruments and to mobili...
The Global Energy Architecture Performance Index Report 2016 ranks 126 countries on their ability to deliver secure, affordable and sustainable energy.
不同类型的氢气用不同颜色来表示,但这些颜色具体代表什么含义?绿氢是利用可再生能源驱动的电解法制造的,所以几乎不产生碳排放。灰氢是碳排放最多的氢气类型,是通过天然气或煤生产的。欧盟和美国都出台了鼓励使用绿氢的政策。
在去年年底的第27届联合国气候变化大会(COP27)上,多方紧急呼吁各国要减少排放并实现多年来承诺的目标。工业活动约占全球二氧化碳排放量的30%,占全球终端能源消费量的37%,因此工业部门比以往任何时候都更需要实现脱碳。如果考虑到范围二排放,即由购买的能源产生的间接排放,那么脱碳的需求就显得更加紧迫。