议程

 

时间：2015年9月24-25日

地点：意大利，罗马

主办：OTTI

会议语言：英语

大会主席：Dr. Ursula Eicker教授，德国斯图加特应用科技大学

 

专题研讨会

新一代太阳能空调和供暖系统（光伏或太阳热能驱动系统）/ IEA IEA SHC Task 53

The New Generation Solar Cooling & Heating Systems (PV or solar thermally driven systems) / IEA SHC Task 53

时间/地点：Leonardo da Vinci Hotel Rome Airport, 14：00 – 17：30

研讨会主席：

Dr. Daniel Mugnier, Operating Agent, IEA SHC Task 53

在全球能源话题中，可再生能源空调已经逐渐成为热点，新一代太阳能空调系统正从实验室步入市场。结合太阳热能或光伏，这些概念正趋于低成本和高可靠性。国际能源署（IEA）太阳能供暖和空调（SHC）小组（Task 53）非常荣幸开展太阳能新一代技术和产品的讨论。

IEA SHC Task 53专题研讨会致力于介绍最新的产品和技术发展。议题将包含行业发展、理念以及研发机构的研究成果。

该专题研讨会对大会参会人员免费，但需提前注册。

注册网址：http://www.otti.eu/registration/SAC-4880/

 

2015年9月24日，周四

09：30 开幕致词 Opening Address

Gabriele Struthoff-Müller, OTTI, Regensburg, Germany

Conference Chairwoman Ursula Eicker, University of Applied Sciences Stuttgart, Germany

开幕会议 OPENING SESSION

主席： Marco Beccali, Information Engineering and Mathematics

Modeling (DEIM), Università degli Studi di Palermo, Italy

09：45 意大利太阳能空调市场和技术发展

       Market and technology development of solar cooling in Italy

       Livio de Santoli, AICARR, Rome, Italy

10：05 奥地利大型太阳能空调成功项目 – 市场活力和经济效益

       Successful large scale projects on solar cooling - energetic and economic

       performance

       Christian Holter, Solid, Graz, Austria

10：25 IEA SHC Task 53：新一代太阳能空调和供暖系统：介绍和初步成果

       New Generation solar cooling and heating systems with IEA SHC Task 53:

       overview and first results

       Daniel Mugnier, Tecsol S.A., Perpignan, France

10：45 讨论

11：00 茶歇

会议1: 热驱动太阳能空调配件，第一部分

      THERMALLY DRIVEN SOLAR AIR CONDITIONING COMPONENTS, PART 1

主席：Christian Schweigler, Munich University of Applied Sciences, Germany

11：45 氨-硝酸锂吸收式空调系统实验评估

       Experimental evaluation of an ammonia-lithium nitrate absorption cooling system

       Wilfrido Rivera, Universidad Nacional Autónoma de México Institutode Energías

       Renovables, Temixco, Morelos, México

12：00 加强型风冷水/溴化锂吸收式冷水机组的实验评估

       Experimental experiences with an enhanced directly air-cooled water/LiBr

       absorption chiller

       Myrea Richter, ILK Dresden, Dresden, Germany

12：15 热水（<75 °C）驱动化学吸收式冷水机组实验评估

       Experimental performance of a chemisorption chiller driven by hot water with

       temperature up to 75 °C

       Rogério Gomes Oliveira, Federal University of Santa Catarina, Araranguá, Brazil

12：30 讨论

12：45 午餐，参观海报展览

会议2: 热驱动太阳能空调配件，第二部分

      THERMALLY DRIVEN SOLAR AIR CONDITIONING COMPONENTS, PART 2

主席：Alberto Coronas, Universitat Rovira I Virgili, Tarragona, Spain

14：15 氨-水降膜式吸收器的建模和实验研究

       Modeling and experimental study of an ammonia-water falling film absorber

       Delphine Triche, French Alternative Energies and Atomic Energy

       Commission (CEA) French Environment and Energy Management

       Agency (ADEME), Le Bourget du Lac, France

14：30 一种先进太阳能吸附式冰箱的开发

       Development of an advanced solar sorption refrigerator prototype

       Andrea Frazzica, CNR ITAE, Messina, Italy

14：45 共晶盐混合物作为蓄热材料的高温太阳能空调应用评估

       Evaluation of eutectic salt mixture as thermal energy storage material for high

       temperature solar cooling applications

       Sergio Pintaldi, RMIT University CSIRO Energy, Mayfield West, Australia

15：00 讨论

海报会议 POSTER SESSION

主席：Costas Balaras, Group Energy Conservation, Institute for Environmental

Research & Sustainable Development, National Observatory of Athens, Greece

15：20

PO 1中温潜热蓄热系统太阳能供暖和空调应用的实验研究和模型验证

Experimental study and validated model of a latent heat storage system at medium temperature for solar heating and cooling applications

David Martinez-Maradiaga, Università degli Studi di Padova, Padova, Italy

PO 2 高效太阳能吸收式空调系统+空气源热泵的实验和理论研究：案例分析

Experimental and theoretical investigation on a high efficient solar absorption cooling system combined with an air-source heat pump: A case study

Yao Zhao, Shanghai Jiao Tong University, Shanghai, China

PO 3 先进太阳能DEC freescoo设备能效和生命周期评估

Energy performances and life cycle assessment of advanced solar DEC freescoo units

Pietro Finocchiaro, University of Palermo, Palermo, Italy

PO 4 复叠式吸收式冷水机组的系统性能

System efficiency for cascading of adsorption chillers

Angelus Dillmann, Hochschule Kempten, Kempten, Germany

PO 5 一种光伏太阳能空调的新策略

A novel strategy for PV based solar air conditioning

Alberto Coronas, Universitat Rovira i Virgili, Tarragona, Spain

PO 6 新一代太阳能空调和供暖系统的适应性监控程序

Adapted monitoring procedure for new generation solar cooling & heating systems

Bettina Nocke, AEE INTEC - Institut für Nachhaltige Technologien, Gleisdorf, Austria

PO 7 太阳能空调的DHW/空调混合策略：两年成功的监测结果

DHW/cooling hybrid strategy for solar cooling: two successful year monitoring results

Daniel Mugnier, Tecsol S.A., Perpignan, France

PO 8 太阳能驱动吸收式冷水机组/热泵的5年运行情况

5 years of operating experience of a solar driven adsorption chiller/heat pump

Björn Nienborg, Fraunhofer ISE, Freiburg, Germany

PO 9 全球最大型太阳能空调系统在美国的第一年运行情况

First operation year of world’s most powerful solar cooling operation in USA

Moritz Schubert, S.O.L.I.D., Graz, Austria

PO 10 不同太阳能空调技术在数据中心供冷系统的综合利用情况

Integration of different solar cooling technologies in the cooling supply of a data center

Antoine Dalibard, Stuttgart University of Applied Sciences, Stuttgart, Germany

PO 11 森林植物生产的气候控制 – 使用光伏为一个创新的林业孵化器供电

Climate control in the production of forest plants – using photovoltaics to power an innovative forestry incubator

Marco Hernandez Velasco, Dalarna University, Falun, Sweden

PO 12 太阳能空调模拟的规划和优化

Solar cooling simulation for planning and optimization

Andreas Witzig, Vela Solaris AG Polysun, Winterthur, Switzerland

PO 13 由平板底部反射增强直接太阳能再生液体除湿系统的理论分析

Theoretical analysis of a direct solar-regenerated liquid desiccant system augmented by a flat plate bottom reflector

Fernando Manuel Gómez Castro, University of Applied Sciences Stuttgart, Stuttgart, Germany

PO 14 太阳能供暖和空调系统生命周期评估的简便工具

A simple tool for life cycle assessment of solar heating and cooling System

Marco Beccali, Università degli Studi di Palermo, Palermo, Italy

PO 15 热带太阳能空调系统模拟：以巴基斯坦为例

Simulation of solar air conditioning system for hot climates: such as Pakistan

Muhammad Asim, University of Manchester, Manchester, U.K.

PO 16 欧洲太阳能空调系统动态模拟和经济分析

Dynamic simulation and economic analysis of solar cooling systems in Europe

Valeria Palomba, CNR-ITAE, Messina, Italy

PO 17 通过热泵提高光伏发电自能耗的存储选择和设计

Storage selection and design for increased PV power self-consumption with heat pumps

Edo Wiemken, Fraunhofer ISE, Freiburg, Germany

PO 18 太阳能混合系统 – 项目介绍和初步成果

SolarHybrid – project overview and first results

Hilbert Focke, ASIC - Austria Solar Innovation Center, Wels, Austria

16：05 茶歇，参观贸易和海报展览

会议 3: 光伏驱动太阳能空调系统

       PHOTOVOLTAIC DRIVEN SOLAR AIR-CONDITIONING SYSTEMS

主席：Wolfgang Streicher, Universität Innsbruck, Austria

16：45 针对典型澳大利亚家用机械工程的太阳能独立逆循环空调系统的模拟、优化和经济

       性分析

Simulation, optimization and economic analysis of solar standalone reverse cycle air conditioning system for typical Australian homes mechanical engineering

Gazinga Abdullah, University of South Australia/ Barbara Hardy Institute University of South Australia/ Barbara Hardy Institute, Adelaide, Australia

17：00 太阳能空调新兴制冷技术的潜在应用

Potential application of new emerging cooling technologies for solar air conditioning

Joan Carles Bruno, Universitat Rovira i Virgili, Tarragona, Spain

17：15 光伏太阳能制冷+自然冷却系统的升级模型

Improved model of combined PV solar cooling and free cooling system

Andrejs Snegirjovs, HSR University of Applied Sciences, Rapperswil, Switzerland

17：30 电网和光伏板同时驱动变频热泵的模拟分析

Analytical simulation of an inverter heat pump driven by the grid and PV panels simultaneously

Francisco J. Aguilar Valero, University Miguel Hernández, Elche, Spain

17：45 讨论

18：00 第一天会议结束

18：15 会后交流 Social Hour in the Leonardo da Vinci Rome Airport Hotel

2015年9月25日，周五

会议4: 热驱动太阳能空调：系统技术

THERMALLY DRIVEN SOLAR AIR CONDITIONING: SYSTEM TECHNOLOGY

主席：Stephen White, CSIRO Energy Technology, Newcastle, Australia

08：30 使用固体干燥剂涂层热交换器带热回收的除湿系统的实验研究

An experimental investigation on dehumidification system using solid desiccant coated heat exchanger with heat recovery

Yan Jun Dai, Shanghai Jiao Tong University, Shanghai, China

08：45 在一个建筑一体化太阳能PV/T发生器辅助下基于固定冷却吸附床和湿热交换器的新型太阳能除湿和蒸发冷却设备

New solar desiccant and evaporative Cooling unit based on fixed and cooled adsorption beds and wet heat exchangers assisted by a building integrated solar PV/T generator

Marco Beccali, Information Engineering and Mathematics Modeling (DEIM), Università degli Studi di Palermo, Italy

09：00 针对冷热电联产系统的一套NH3/H2O冷水机组的运行条件 – 冷水机组适用性和初

       步结果

Operating conditions of a NH3/H2O chiller for trigeneration systems – chiller adaption and first results

Werner Pink, Pink GmbH, Langenwang, Austria

09：15 一套独立于外部水资源的露点除湿冷却系统的适用性

Applicability of a desiccant dew-point cooling system independent of external water sources

Lorenzo Bellemo, Technical University of Denmark, Kgs Lyngby, Denmark

09：30 高速透平压缩机推动的混合溴化锂冷水机组

Hybrid Libr absorption chiller boosted by high speed turbocompressor

Christian Schweigler, University of Applied Sciences Munich, Munich, Germany

09：45 讨论

10：10 茶歇，参观海报展览

会议5: 热能驱动太阳能空调：控制

THERMALLY DRIVEN SOLAR AIR CONDITIONING: CONTROLLING

主席：Hans-Martin Henning, Fraunhofer ISE, Freiburg, Germany

10：50 太阳热能空调系统通用控制策略优化

Optimized generic control strategies for solar thermal cooling systems

Björn Nienborg, Fraunhofer ISE, Freiburg, Germany

11：05风扇控制策略对散热的潜在影响

Influence of fan’s control strategies on heat rejection potential

Matteo D’Antoni, EURAC Research, Bolzano, Italy

11：20 提高太阳能供暖和空调系统能效的控制方法

Control method for increasing efficiency over solar heating and cooling system

Lee Dong Kyu, Hyundai Engineering and Construction Company, Yongin, South Korea

11：35 太阳能空调应用中的泵效率和适应性

Pump efficiency and adaptability in solar cooling applications

Martin Helm, Bavarian Centre for Applied Energy Research (ZAE Bayern), Garching, Germany

11：50 讨论

12：10 海报奖Poster award

颁奖典礼：两个获奖者

Award Ceremony: Two Winners

评审委员会Committee:

Costas Balaras, Group Energy Conservation, Institute for

Environmental Research & Sustainable Development, National

Observatory of Athens, Greece

Wolfgang Streicher, Universität Innsbruck, Austria

Constanze Bongs, Fraunhofer ISE, Freiburg, Germany

12：20 午餐，参观海报展览 – 与海报获奖者见面

会议6: 系统设计：设计工具、模拟和工程

SYSTEM DESIGN: DESIGN TOOLS, SIMULATION, ENGINEERING

主席：Yanjun Dai, Shanghai Jiao Tong University, Shanghai, China

13：30 确保太阳能供暖和空调系统性能的方法

A method to guarantee the performance of solar heating and cooling systems

Daniel Mugnier, TECSOL, Perpignan, France

13：45 沙特阿拉伯太阳能吸收式空调系统：模拟研究

Solar absorption air-conditioning in Saudi Arabia: a simulation study

Ahmed Al-Mogbel, King Abdulaziz City for Science and Technology (KACST), Riyadh, Saudi Arabia

14： 00 食品物流行业太阳能辅助冷热电三联产

Solar assisted trigeneration in the food logistics industry

Ursula Eicker, University of Applied Sciences Stuttgart, Stuttgart, Germany

14：15 南非信息中心太阳能空调系统

A solar cooling system for a data center in South Africa

Tobias Schwind, Industrial Solar GmbH, Freiburg, Germany

14：30 讨论

14：50 茶歇

会议7: 实际经验：运行、维护、能效和成本

PRACTICAL EXPERIENCE: OPERATION, MAINTENANCE, ENERGY PERFORMANCE, COST PERFORMANCE

主席：Kyriakos Tsiftes, University of Cyprus, Nikosia, Cyprus

15：20 SHC项目的技术和经济性评估 – IEA SHC Task 48的10个最佳案例

Technical and economic assessment of SHC plants – Compilation of 10 best practice examples of IEA SHC Task 48

Daniel Neyer, University of Innsbruck, Innsbruck, Austria

15：35 约旦基于高效吸收式冷水机组的太阳能空调初步性能结果

First performance results of solar cooling in Jordan based on highly efficient absorption chillers

Christopher Paitazoglou, Technische Universität Berlin, Berlin, Germany

15：50 高效无反射太阳热能作为经济上可行的太阳能空调驱动

High efficiency mirrorless solar thermal as economically viable solar air cooling driver

Jonathan Koifman, TVP Solar, Meyrin, Switzerland

16：05 讨论

16：20 会议总结

Conference Chairwoman Ursula Eicker, University of Applied Sciences Stuttgart, Germany

16：30 会议结束

 

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2015年8月10日之前

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2015年8月10日之后

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OTTI会员和支持机构： . . . . € 720,00

 

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