Improvements In Apparatus, to meet demands of Heating and cooling in buildings and similar

• 1. 一种为地上建筑物制冷供热的地蓄能空调 [P] . 中国专利： CN212227284U . 2020-12-25
• 2. 建筑物制冷采暖供热水联合装置 [P] . 中国专利： CN209326148U . 2019.08.30
• 3. Improvements in apparatus for heating and Cooling demands [P] . AR230337A1 . 1984-03-01

  机译： 加热和冷却需求设备的改进

• 4. BUILDING COOLING AND HEATING APPARATUS USING RAIN WATER STORED IN GROUND IMPROVEMENT FOUNDATION [P] . 日本专利： JPH10311558A . 1998-11-24

  机译： 使用储存在地面改良基础中的雨水建造冷却和加热设备

• 5. Improvements in or relating to apparatus for heating or cooling buildings [P] . 英国专利： GB805521A . 1958-12-10

  机译： 建筑物供暖或制冷设备的改进或与之有关的改进

• 1. COGENERATION SYSTEM SIMULATION AND CONTROL TO MEET SIMULTANEOUS POWER, HEATING AND COOLING DEMANDS [C] . Francisco Sancho-Bastos, Horacio Perez-Bianco 2003 ASME(American Society of Mechanical Engineers) Turbo Expo; Jun 16-19, 2003; Atlanta, Georgia . 2003
• 2. CO2 heat pumps for commercial building applications with simultaneous heating and cooling demand [D] . Dharkar, Supriya 2015
• 3. Towards Efficient Building Designing: Heating and Cooling Load Prediction via Multi-Output Model [O] . Muhammad Sajjad, Samee Ullah Khan, Noman Khan, 2020
• 4. Review of European ventilation strategies to meet the cooling and heating demands of nearly zero energy buildings (nZEB)/Passivhaus. Comparison with the USA [O] . Silvia Guillén-Lambea, Beatriz Rodríguez-Soria, José M. Marín 2016
• 5. Demand Analysis Solar Heating and Cooling of Buildings PhaseⅠReport Solar Water Heating in South Florida: 1923-1974 [R] . Jerome E. Scott, Ronald W. Melicher, Donald M. Sciglimpaglia 1974

• 1. A Study on the Evaluation of Heating and Cooling Energy Efficiency in Residential Buildings for Climatic Zones of Turkey [J] . Suzi Dilara Mangan ,Gul Koclar Oral . 能源与动力工程 . 2014,第012期
• 2. A Stable Energy Saving Adaptive Control Scheme for Building Heating and Cooling Systems [J] . Sumera I. Chaudhry ,Manohar Das . 电力能源（英文） . 2014,第5期
• 3. Heating and Cooling Hybrid System with Gas Mixture Sourced Heat Pump and Heating Boiler [J] . S. Egnatosyan ,Z. Melikyan . 能源与动力工程 . 2011,第011期
• 4. Designing for Long Campaign Life Blast Furnace (1)──The Mathematical Model of Temperature Field for Blast Furnace Lining and Cooling Apparatus and New Concept of Long Campaignship Blast Furnace Cooler Design [J] . Susen Cheng ,Qingguo Xue ,Weiguo Yang . 矿物冶金与材料学报：英文版 . 1999,第3期
• 5. Water, Air Emissions, and Cost Impacts of Air-Cooled Microturbines for Combined Cooling, Heating, and Power Systems： A Case Study in the Atlanta Region [J] . Jean-Ann James12 ,Valerie M. Thomas34 ,Arka Pandit12 . 中国工程科学 . 2016,第004期
• 6. 基于大数据智能控制系统实现热网水力平衡和满足热用户个性化室温需求的智慧供热理念 [C] . 杨永峰 ,孙仲 ,马雷雷 . 2018供热工程建设与高效运行研讨会 . 2018
• 7. 利用热网和建筑物储能提高供热机组调峰能力研究 [A] . 于越 . 2019