Results 21 to 30 of about 4,833 (164)
支撑新能源基地电力外送的电源组合优化配置策略研究 [PDF]
, 2023 新能源基地化开发和电力外送是实现能源电力清洁低碳转型的重要途径。新能源发电间歇性和波动性以及有限的输电走廊资源要求基地配置调节电源以提高新能源电力外送工程的可靠性和源网利用率。提出了基于广域长期历史气象数据，采用时序生产模拟电源扩展优化模型，进行不同送电方案下调节电源与新能源装机优化组合策略的研究方法。以内蒙古沙漠地区新能源基地为例的研究表明，电化学储能为代表的无源型调节电源应配置为外送通道容量的35%左右，从而实现合理的通道利用率和基地发输电经济性；配置有源型调节电源，可实现更高的外送通道利用率 ...
刘泽洪, 周原冰, 金晨
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Research on Application of Hydrogen in Power Industry Under “Double Carbon” Circumstance [PDF]
, 2022 Hydrogen is a secondary clean energy which can be stored, moved and controlled. It is an ideal power energy carrier. The development and utilization of hydrogen as an energy source is an important means to tackle the climate change, ensure the national ...
ZHANG Yanhong, ZHU Kai
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A Research on Asset-Light Strategy Transition Of Landsea Group [PDF]
, 2015 中国经济结束了30年的高速增长，转向平稳期，受此影响，中国的房地产行业亦结束了“跑马圈地”的黄金十年。2014年，随着市场供需结构矛盾的日益突显，成交面积出现拐点，市场转折下行，房地产行业进入高位盘整期。处在这样的市场环境之下，可以预见未来的几年内，将出现大量的行业洗牌、兼并的案例，房地产企业将不再单纯地比规模、比增长速度，而应该制定更为安全有效的企业发展战略与市场竞争策略。 以朗诗集团为代表的节能住宅开发企业始终坚持做绿色地产，本着差异化的产品竞争优势与技术服务优势，在这样市场下行的大环境之下 ...
龚茜
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Technology Development and Economic Assessment of Direct Air Capture (DAC) in the Context of Carbon Neutrality [PDF]
[Introduction] This paper aims to explore the development status, application cases, and economic evaluation of direct air capture (DAC) technology in the context of carbon neutrality, thus providing references for achieving carbon emission reduction ...
Lidong WANG, Ningtao ZHANG, Rujie WANG
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Carbon Emission Quota Budget Among Main Provinces of China in 2030 [PDF]
, 2023 [Objective] Under total carbon emission control, an equitable and scientific allocation of carbon emission quota among provinces of China is a key approach for achieving the “dual carbon” goal, as well as an important cornerstone of the carbon emission ...
Jiang Huiyuan, Liu Yingying, Wang Li
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Functional Ecology, EarlyView.Read the free Plain Language Summary for this article on the Journal blog. Abstract Most terrestrial plant species form symbioses with arbuscular mycorrhizal fungi (AMF). However, the below‐ground carbon (C) allocation of plants and the nutritional and growth benefits provided by AMF within this symbiosis vary greatly across species and environments ...
Hengjun Zhao +3 more
wiley +1 more source
Structured machine learning modeling to support conservation of deep‐sea benthic biodiversity
Conservation Biology, EarlyView.Abstract Biodiversity monitoring programs need to deliver accurate, timely, and actionable predictions. To establish a predictive monitoring program for deep‐sea benthos of the Santos Basin, Brazil, we developed a two‐stage structured model that allowed comparison of biodiversity predictions obtained from environmental simulations (2M‐Sim).
Gustavo Fonseca +23 more
wiley +1 more source
The meaning of zero carbon buildings for construction innovation and environmental design [PDF]
, 2012 近年世界各地都積極發展「零碳/低碳」建築，以達到節能減排及提高環保意識之目的。因為建築物是溫室氣體和碳排放的主要來源，所以未來建築節能和減碳排放成為大勢所趨。本論文深入剖析零碳建築的定義和相關概念，並且闡述了零碳建築的設計策略及意義，同時從建築和工程設計的觀點上，探討如何促進零碳建築的技術，以及在香港的發展情況。In recent years many countries in the world are developing zero-carbon/low-carbon buildings in ...
Hui, SCM
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Rare Metals, Volume 45, Issue 5, May 2026.ABSTRACT Metal‐doped carbon‐based nanomaterials (M‐CNM) play a strategically significant role in next‐generation precision antibacterial and antitumor therapies, as they integrate synergistic photothermal ablation, catalytic reactive oxygen species (ROS) generation, and multimodal imaging capabilities. However, their clinical translation is hindered by
Pengxiang Liu +5 more
wiley +1 more source
Developing New Quality Productive Forces to Achieve Carbon Neutrality [PDF]
ObjectivesIn response to global climate change, China has committed to achieving carbon neutrality by 2060, which will inevitably bring strategic transformations across various industries and present an opportunity to develop new quality productive ...
HU Shanying, JIN Yong, ZHANG Zhenye
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