了解更多雅思:自然资源与新能源类目录

适用人群:四六级、专升本、考研英语精读写作

外刊素材来源:《Scientific American(科学美国人)(美国月刊)》

报刊原版标题:

Renewable Energy Transition and Power Grid Innovation

    一、英文改编正文

    The global renewable energy transition

    is reshaping the whole structure

    of traditional energy supply systems

    across different countries and regions.

    Solar panels and large-scale wind turbine arrays

    generate clean electric power

    without releasing carbon pollutants

    that worsen global warming.

    Modern intelligent power grids

    can dynamically adjust energy distribution

    between power generation stations

    and scattered power consumption terminals.

    Artificial intelligence (AI) analyzes real-time energy flow data

    to predict the fluctuation of wind and solar power output,

    and it helps operators make quick adjustments

    to maintain stable power supply for urban users.

    Energy storage facilities such as advanced battery banks

    store surplus clean power produced in peak generation periods,

    and release stored electricity

    when renewable energy output drops sharply.

    Many nations revise relevant energy policies

    to encourage investment in green power infrastructure

    and reduce the long-term dependence

    on fossil fuels like coal and crude oil.

    The coordinated progress of renewable power

    and upgraded grid systems

    will cut greenhouse gas emissions greatly

    and build a low-carbon energy framework

    for sustainable social development.

    二、完整译文

    全球可再生能源转型,

    正在重塑各国各地区

    传统能源供给体系的

    整体架构。

    太阳能板与大型风力发电机组,

    能够产出清洁电能,

    不会排放加剧全球变暖的

    含碳污染物。

    现代化智能电网,

    可以动态调节发电站

    与分散用电终端之间

    的能量分配。

    人工智能(Artificial intelligence (AI))分析实时能源流动数据,

    预判风电与光伏发电出力波动,

    帮助运维人员快速做出调节,

    保障城市用户电力供应稳定。

    先进电池组这类储能设施,

    储存发电高峰时段产生的富余清洁能源,

    在可再生能源发电量大幅下降时,

    释放储存的电力。

    众多国家修订相关能源政策,

    鼓励对绿色电力基础设施投入资金,

    降低社会长期对于煤炭、原油

    这类化石燃料的依赖。

    可再生电力与升级后的电网系统协同发展,

    将会大幅削减温室气体排放,

    为社会可持续发展

    搭建一套低碳能源体系。

    三、核心重点词汇短语

    1. renewable

    /rɪˈnjuːəbl/

    可再生的

    形容词(adj.)

    2. turbine

    /ˈtɜːbaɪn/

    涡轮机,风机

    名词(n.)

    3. dynamically

    /daɪˈnæmɪkli/

    动态地

    副词(adv.)

    4. fluctuation

    /ˌflʌktʃuˈeɪʃn/

    波动,起伏

    名词(n.)

    5. surplus

    /ˈsɜːpləs/

    过剩的,盈余的

    形容词(adj.)

    6. fossil

    /ˈfɒsl/

    化石的

    形容词(adj.)

    7. crude

    /kruːd/

    原始的,未加工的

    形容词(adj.)

    8. framework

    /ˈfreɪmwɜːk/

    框架,体系

    名词(n.)

    四、长难句分层拆解

    原句1

    The global renewable energy transition

    is reshaping the whole structure

    of traditional energy supply systems

    across different countries and regions.

    句子主干:

    Transition is reshaping structure

    分层修饰成分:

    global renewable energy

    多层前置定语,修饰能源转型

    whole

    前置定语,修饰架构

    of traditional energy supply systems

    后置介词定语,限定架构所属对象

    across different countries and regions

    地点状语,说明转型覆盖范围

    原句2

    Modern intelligent power grids

    can dynamically adjust energy distribution

    between power generation stations

    and scattered power consumption terminals.

    句子主干:

    Grids can adjust distribution

    分层修饰成分:

    Modern intelligent power

    多层前置定语,修饰电网

    dynamically

    副词状语,修饰调节动作

    energy

    前置定语,修饰分配

    between power generation stations

    and scattered power consumption terminals

    介词短语作后置定语,说明能源分配双方

    原句3

    Artificial intelligence (AI) analyzes real-time energy flow data

    to predict the fluctuation of wind and solar power output,

    and it helps operators make quick adjustments

    to maintain stable power supply for urban users.

    句子主干:

    Artificial intelligence (AI) analyzes data to predict fluctuation,

    and it helps operators make adjustments to maintain supply

    分层修饰成分:

    real-time energy flow

    多层前置定语,修饰数据

    of wind and solar power output

    后置介词定语,修饰波动

    quick

    前置定语,修饰调整

    stable power

    多层前置定语,修饰电力供应

    for urban users

    后置介词定语,说明供电对象

    to predict… / to maintain…

    不定式作目的状语,分别说明数据分析与调节操作的目的

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