可再生能源技术 - 翻译成英语

• renewable energy technologies
• RET

在 中文 中使用 可再生能源技术 的示例及其翻译为 英语

最后，您将完成过程中在课程结束后的暑假期间可再生能源技术转让项目（价值60学分）。
Finally, you will complete a Renewable Energy Technology Transfer Project(worth 60 credits) during the summer period at the end of the course.

在该贷款有效期限内利率是固定的，因此为可再生能源技术提供了更为宽松的筹资。
Rates are fixed for the duration of the loan and thus provide easier financing for renewable energy technologies.

成功实施这些项目将导致在受惠国促进可再生能源技术和市场。
Successful implementation of these projects will result in the promotion of renewable energy technologies and markets in the beneficiary countries.

关于“科学、技术和创新促进可再生能源技术”的亚洲及太平洋区域筹备会议，2013年3月13日，曼谷.
Regional Preparatory Meeting for Asia and Pacific on“Science, technology and innovation for promoting renewable energy technologies for sustainable development”, 13 March 2013, Bangkok.

亚洲及太平洋技术转让中心(亚太经社会)主任迈克尔·威廉斯先生强调，创新与可再生能源技术之间的联系十分重要。
Mr. Michael Williamson, Head of the Asian and Pacific Centre for Transfer of Technology(ESCAP), stressed the important link between innovation and renewable energy technologies.

要鼓励采用地方社区加入的参与方式并在财政上支持太阳能和其他可再生能源技术的推广工作，特别是在发展中国家。
There is need to encourage participatory approaches with the involvement of local community and to support financially the dissemination of solar and other renewable energy technologies, especially in developing countries.

过去两年,西班牙已完成安装可再生能源技术的工程,投资额1140亿佩斯塔,每年可产制200000吨石油当量;
In the past two years, Spain has completed installations of renewable energy technologies, at an investment of 114,000 million pesetas, producing 200,000 tons of petroleum equivalent per annum;

三十年在能源政策上的坚持，使丹麦成为世界可再生能源技术领导者，其中就包括风力发电机和废物能效管理。
Thirty years of a focused energy policy has made Denmark a world leader in renewable energy technology, including wind turbines and energy efficient waste management.

通过以下方式实现这个目标：建立战略伙伴关系和促使私营部门提高能效、加快开发可再生能源技术市场以及促进获取清洁能源。
This will be achieved by building strategic partnerships and engaging the private sector to improve energy efficiency, accelerating the development of markets for renewable energy technologies and promoting access to cleaner energy..

在许多国家中，决策者、公众和私营部门继续支持制订国家战略来加快可再生能源技术的使用，扩大其相应的市场。
In many countries, policymakers and the public and private sectors continue to be supportive of national strategies to accelerate the deployment of renewable energy technologies and to expand their corresponding markets.

加拿大2010年12月推出的海洋可再生能源技术路线图，设想快速部署海洋可再生能源技术，以实现装机容量于2016年达到75兆瓦，2020年达到250兆瓦，2030年达到2000兆瓦的目标。
Canada' s Marine Renewable Energy Technology Roadmap, launched in December 2010, envisages a rapid deployment of marine renewable technologies to reach the installed-capacity goals of 75 MW by 2016, 250 MW by 2020 and 2,000 MW by 2030.

进一步降低可再生能源技术成本的前景.
Continuing to lower the costs of renewable energy.

在地中海地区促进可再生能源技术合作信托基金（由意大利政府资助）.
Technical Cooperation Trust Fund for the Promotion of Renewable Energy in the Mediterranean Region(financed by the Government of Italy).

这些指标是引导投资和发展可再生能源技术的市场的重要工具。
Such targets are important tools to guide investment and develop the market for renewable energy technologies.

政府制定了行政命令，并在命令中规定了不同可再生能源技术的补贴参数。
That step was the enactment of a Ministerial Order that has set the parameters of remuneration for different renewable energy technologies.

委员会指出,关于提倡风能的激励建议可以更普遍地应用到其他可再生能源技术上面。
The Committee noted that the incentives recommended to promote wind energy could be applied more generally to other renewable energy technologies.

天然气通常被视为一种‘清洁'能源，可作为各类可再生能源技术的补充。
Natural gas is often perceived as a'clean' source of energy that complements variable renewable technologies.

一个与此相关的风险是，由于缺乏了解和技能，会造成可再生能源技术设备闲置不用的现象。
A related risk is that the lack of awareness and of skills triggers the non-utilization of RET units.

若可再生能源技术得以充分开发，便能够以低于传统能源的预测价格来满足众多不断增长的需求。
Given adequate support, renewable energy technologies can meet much of the growing demand at prices lower than those usually forecast for conventional energy..

奥尔堡CSP公司是一家具有领先创新可再生能源技术的开发商和供应商，旨在改变当今能源生产方式。
Aalborg CSP is leading developer and supplier of innovative renewable technologies with the definite purpose to change the way we produce energy today.