CAN PRESENT GLOBAL CLIMATE CHANGE MODELS PROVIDE CLIMATOLOGICALLY SOUND SOLAR RADIATION DATA FOR SOLAR ENERGY DESIGN?

机译：当前的全球气候变化模型可以为太阳能设计提供气候上合理的太阳能辐射数据吗？

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This paper discusses the issues involved in using solar radiation data from climate change models for design. It suggests that it will be straightforward to use existing computing structures to do this. Interest however centres on the issue of the engineering reliability of the current daily solar radiation estimates in climate change scenarios. Little systematic attention seems to have been given to effective detailed stochastic validation of the radiative components of current climate change models. The correct choice of the stochastic basis for comparisons between observation and model prediction is important. The paper recommends the use of the Cloudless Sky Index for validation of daily global radiation estimates. Stochastic examples are provided for one site, Bracknell near London, using three models.

机译：本文讨论了使用来自气候变化模型的太阳辐射数据进行设计所涉及的问题。这表明使用现有的计算结构来执行此操作将很简单。然而，关注点集中在气候变化场景中当前每日太阳辐射估算的工程可靠性问题。似乎很少有系统的注意力集中在对当前气候变化模型的辐射分量进行有效的详细随机验证上。在观察和模型预测之间进行比较的随机基础的正确选择很重要。本文建议使用无云天空指数来验证每日的全球辐射估算值。使用三个模型为伦敦附近的布拉克内尔（Bracknell）的一个站点提供了随机示例。

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《ISES (International Solar Energy Society) Solar World Congress;ASES (American Solar Energy Society) Annual Conference;National Passive Solar Conference》|2005年|P.1-6|共6页
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John Page;
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1. Projected changes in surface solar radiation in CMIP5 global climate models and in EURO-CORDEX regional climate models for Europe [J] . Bartok Blanka, Wild Martin, Folini Doris, Climate dynamics . 2017,第7a8期

机译：CMIP5全球气候模型和EURO-CORDEX欧洲区域气候模型中地面太阳辐射的预计变化
2. Reply to 'Reply to [Comments on 'Classification of solar radiation zones and general models for estimating the daily global solar radiation on horizontal surfaces in China' [Energy Convers. Manage. (2017) 10.043] [Energy Convers. Manage. (2018) 05.051], by Liu et al.' [J] . Gouda Shaban G., Yuan Qiaoxia Energy Conversion & Management . 2019,第Octa期

机译：回复'回复[评论'对太阳辐射区的分类和估算中国水平表面上的日常全球太阳辐射的一般模型'[能源取洽。管理。（2017）10.043] [能源通过。管理。（2018）05.051]，由Liu等人。
3. Corrigendum to 'Comments on 'Classification of solar radiation zones and general models for estimating the daily global solar radiation on horizontal surfaces in China', by Liu et al. [Energy Convers. Manage. (2017) 10.043.]' [Energy Convers. Manage. (in press)] [J] . Shaban G. Gouda, Qiaoxia Yuan Energy Conversion & Management . 2018,第SEPa期

机译：Liu等人撰写的“关于“太阳辐射区的分类和估算中国水平面上每日全球太阳辐射的一般模型”的注释的勘误。 [能量转换。管理。（2017）10.043。]'[Energy Convers。管理。（在新闻）]
4. CAN PRESENT GLOBAL CLIMATE CHANGE MODELS PROVIDE CLIMATOLOGICALLY SOUND SOLAR RADIATION DATA FOR SOLAR ENERGY DESIGN? [C] . John Page Solar World Congress . 2005

机译：可以出现全球气候变化模型为太阳能设计提供气候系统的太阳辐射数据吗？
5. A NUMERICAL MODEL FOR THE ESTIMATION OF SOLAR RADIATION ON RUGGED TERRAIN (CLIMATOLOGY, SURFACE ENERGY BUDGET, MOUNTAIN). [D] . ANDERSON, EVELYN CAROLE. 1985

机译：估测崎地形太阳辐射的数值模型（气候学，表面能量预算，山地）。
6. Effect of Estimated Daily Global Solar Radiation Data on the Results of Crop Growth Models [O] . Miroslav Trnka, Josef Eitzinger, Pavel Kapler, 2007

机译：估计的每日全球太阳总辐射数据对作物生长模型结果的影响
7. Artificial neural network and neuro fuzzy inference modelling of global solar radiation data using bayesian algorithm for design of solar energy conversion system [O] . S Shanmuga Priya, Lisa Maria Ubbenjans, I Thirunavukkarasu 2018

机译：使用贝叶斯算法设计全球太阳能辐射数据的人工神经网络与太阳能转换系统设计的全球太阳辐射数据

CAN PRESENT GLOBAL CLIMATE CHANGE MODELS PROVIDE CLIMATOLOGICALLY SOUND SOLAR RADIATION DATA FOR SOLAR ENERGY DESIGN?

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