清洁能源
加速向清洁能源过渡
以零碳和低排放替代物取代化石燃料是所有经济体和部门的一个紧急优先事项。
滚动学习方式能源部门去碳化是任何国家、城市或组织实现净零目标的基本第一步中程最快最持久地减少温室气体排放
At the same time, the process creates a foundation for emission reduction across a whole economy, allowing sectors such as industry, transport and housing to speed up and deepen their own decarbonisation.
变换能源系统是全球气候行动的基础为了避免极端气候变化,每个国家都需要尽快去碳化能源部门
艾伦汤姆森GlobalEnergy
JUP调用
我们有能源解决方案
全球能源过渡进展顺利复杂程度要求政府、企业和社区协同行动技术细节每次转换都独一无二,但战略技术选项已知并大都可用。
Whether it is integrating renewables and green hydrogen within an existing energy distribution network, decommissioning fossil fuel generation, repurposing assets, or designing digitally driven smart grids and virtual battery storage systems, there are cost effective routes to decarbonisation available today.
完成全球能源过渡需要综合方法,跨行业工程技术并有健全的商业、政策和组织规划支持
我们的方法以下是五个清洁能源优先级
一号
带回可再生能源并建设能力
能源转换需要交换化石燃料作为发电的主要来源并代之以可再生能源It also involves expanding electricity generation capacity to meet growing demand, driven by related changes like the electrification of transport and other sectors and the growing affluence of populations.
Arup is active in every part of the renewable energy market, designing and optimising offshore wind farms in North America, Europe, and Asia, developing hydrogen strategies in the UK, Chile and Australia, and planning solar photovoltaic (PV) capacity worldwide.
2
开发数字管理能源存储
Energy storage is central to decarbonisation, enabling short- and medium-term balancing of systems and bridging between the intermittency of renewable energy generation and increasingly dynamic consumer demand.
Arup's digital specialists are working with energy operators and networks worldwide to plan the structure and operation of the digitally-managed battery storage networks of the future.
We have also developed digital modelling tools to allow asset owners to understand their energy demand in detail and to develop approaches that will guarantee security of supply and to assess the amount of renewable energy generation and battery storage they require to decarbonise their energy demand.这是我们建设资产和城市规模恢复能力更广泛方法的一部分
3
管理能源转换风险
实现能源转换所需的修改带来了新的风险来管理和减轻For energy generators and operators, developing commercially viable, safe and resilient plans for introducing new generating capacity or to redesign existing distribution networks naturally brings challenges.我们绘制这些风险及其相互依存关系图,确保变革方案成功:技术、金融和文化组织内部
Rotterdam's energy transition is progressing, with its energy generation, distribution and storage likely to become more complex, diverse and decentralised over time.We are working with city leaders to develop a resilience framework that will allow it to design a net zero energy network that the city can have confidence in, assessing risk factors such as extreme weather events resulting in blackouts and the threat of cyber-attacks on smart grids.
4
使用策略修改
国家和地区大修能源政策和监管机制以促进去碳化时,本地能源市场将经历现代化
专家建议绿色金融机制、供应链成熟度、监管和政策协调性、材料可用性以及行为改变
苏格兰探索氢化全经济范式映射研究从市场开发到社会-经济影响等氢实现的方方面面
5
投资优胜者
With the energy sector undergoing such transformation, many new players are entering the market and the acquisition or transfer of asset portfolios is on the agenda for many investors.
张信哲欧宝娱乐Our Advisory Services team include experts in the sale or purchase of energy assets, supported by colleagues with rigorous technical due diligence and change management skills.
