PROJECTS

WP2 - Development

DEVELOPMENT

New and modernized modules on renewable energy technologies for the built environment were designed at Bachelor, Master and PhD Levels. Teaching plans were developed and modernised teaching modules were approved (accredited) by partner University. The teaching laboratories have been equipped and prepared for teaching process of the Bachelor and Master students.

At least 4 main modules at Bachelor level were selected in each Partner University. Each module carries an equivalent of 10 ECTS credits and approximately 50% of each module was re-worked with outcomes of each module being revised. Similarly at Master Level. In addition, also a new/modernized module on the topics of the project was developed at PhD Level.

Please find below the list of new and modernized modules selected at each University:

BJUT

  • Air conditioning (BA) –10 ECTS (%ren: >50%); started in Mar. 2021
  • Heating engineering (BA) –10 ECTS (%ren: >50%); started in Mar. 2021
  • Technologies for Green Building Design (BA) –10 ECTS (%ren: >50%); started in Sep. 2020
  • Renewable energy utilization technology (BA) –10 ECTS (%ren: >50%); started in Sep. 2020
  • Building Envelope Structures and Indoor Environment Simulation Techniques (MA) –10 ECTS (new); started in Mar. 2023
  • Application of Data Mining in Building Energy (MA) –10 ECTS (new) started in Mar. 2023
  • Thermodynamic analysis of energy systems (MA) –10 ECTS (%ren: >50%); started in Mar. 2021
  • The application of new energy in architecture (MA) –10 ECTS (%ren: >50%); started in Mar. 2021
  • HVAC new technology (MA) –10 ECTS (%ren: >50%); started in Mar. 2021
  • Control technology for building thermal and humidity conditions (PhD) –10 ECTS (%ren: >50%); started in May 2021

LZJTU

  • Building Cooling and Heating Source (BA) –10 ECTS (%ren: >50%); started in Mar. 2021
  • District Supply of Urban Energy (BA) –10 ECTS (%ren: 50%); started in Mar. 2021
  • Heating, Ventilation and Air Conditioning (BA) –10 ECTS (%ren: 50%); started in Mar. 2021
  • Green Building and Energy-efficient Building (BA) –10 ECTS (%ren: >65%); started in Sep. 2020
  • Application of Renewable Energy in Building (MA) –10 ECTS (%ren: 60%); started in Mar. 2021
  • HVAC Theory and Technology (MA) –10 ECTS (%ren: 50%); started in Mar. 2021
  • HVAC Heat Pump Technology(MA) –10 ECTS (new); started in May 2021
  • Energy Utilization Technology (PhD) – 10 ECTS (%ren: =50%); start in Sep. 2021

UPM

  • Aerothermodynamics/Thermodynamics (BA) – 7 ECTS (%ren: 30%); started in Mar. 2021
  • Electrical power generation and utilisation (BA) – 7 ECTS (%ren: 50%); started in Oct. 2022
  • Microsystem and Sensor (BA) – 7 ECTS (%ren: 50%); started in Mar. 2021
  • Control System Analysis (BA) – 7 ECTS (%ren: 50%); started in Oct. 2020
  • Building Environment and Services (BA) – 7 ECTS (%ren: 50%); started in Oct. 2020
  • Electrical Power Engineering Laboratory (BA) – 5.3 ECTS (%ren: 50%); started in Oct. 2021
  • Control and Energy System Laboratory (BA) – 5.3 ECTS (%ren: 50%); started in Mar. 2023
  • Instrumentation and Measurement (BA) – 7 ECTS (%ren: 30%); started in Mar. 2022
  • Power System Control and Operation (BA) – 7 ECTS (%ren: 30%); started in Mar. 2023
  • Smart Power Grid Renewable Energy Systems (MA/PhD) – 7 ECTS (%ren: >50%); started in Mar. 2021
  • Renewable Energy Technologies (MA) – 7 ECTS (new); started in Oct. 2021
  • Smart Power Grid (MA) – 7 ECTS (%ren: >50%); started in Oct. 2022

USM

  • Energy Conversion Systems (BA) – 6.8 ECTS (%ren: >50%); started in Oct. 2021
  • Refrigeration and air conditioning (BA) – 6.8 ECTS (%ren: >50%); started in Oct. 2020
  • Applied Thermodynamics (BA) – 6.8 ECTS (%ren: >50%); started in Oct. 2020
  • Engineering Laboratory (BA) – 11.4 ECTS (%ren: >50%); started in Oct. 2020
  • Internal Combustion Engines (BA) – 6.8 ECTS (%ren: >50%); started in Oct. 2020
  • Process Heat Transfer (BA) – 6.8 ECTS (%ren: >50%); started in Oct. 2020
  • Renewable Energy (BA) – 6.8 ECTS (%ren: >50%); started in Oct. 2020
  • Renewable and alternative energies (BA) – 6.8 ECTS (%ren: >50%); started in Oct. 2020
  • Energy studies (BA) – 7.5 ECTS (%ren: >40%); started in Oct. 2020
  • Sustainable Energy Resources (MA) – 7 ECTS (%ren: >50%); started in Oct. 2020
  • Solid and Hazardous Management (MA) – 7 ECTS (%ren: >50%); started in Oct. 2020
  • EKC Research Methodology (PhD) – 7 ECTS (%ren: >50%); started in Oct. 2021

NU

  • Indoor air quality control (BA) – 5 ECTS (new); started in Jun. 2021
  • Solar Energy Thermal Process (BA) – 7.5 ECTS (%ren: >80%); started in Jun. 2021
  • Hydro Energy (BA) – 5 ECTS (new); started in Nov. 2021
  • Energy Storage Technologies (BA) – 5 ECTS (new); started in Nov. 2021
  • Life Cycle Assessment (BA) – 5 ECTS (new); started in Nov. 2021
  • Renewable Energy Resources (MA) – 5 ECTS (%ren: >50%); started in Nov. 2020
  • Life Cycle Analysis for Renewable Energy (MA) – 5 ECTS (new); started in Jun. 2021
  • Heat Pipes for Renewable Energy Applications (MA)–5 ECTS (new); started in Jun. 2021
  • Sustainable Air-conditioning System (MA)–5 ECTS (new); started in Nov. 2021
  • Stirling Engine Technology (PhD) – 8.9 ECTS (%ren: >50%); started Jun. 2022

CMU

  • Sustainable Energy (BA) – 5 ECTS (%ren: = 70%); started in Jun. 2021
  • Internal Combustion Engines (BA) – 5 ECTS (%ren: = 50%); started in Nov. 2021
  • Refrigeration (BA) – 5 ECTS (%ren: = 50%); started in Nov. 2022
  • Solar Energy for Thermal Processes (BA) – 5 ECTS (%ren: = 50%); started in Nov. 2022
  • Design of Thermal Systems (BA) – 5 ECTS (%ren: = 50%); started in Jun. 2022
  • Energy Conservation (BA) – 5 ECTS (%ren: = 60%); started in Jun. 2022
  • Efficiency Improvement in Thermal Energy Systems (BA) – 5 ECTS (%ren: = 60%); started in Jun. 2021
  • Combustion (BA) – 5 ECTS (%ren: = 50%); started in Nov. 2021
  • Energy management and Conservation in Buildings and Industries (MA) – 5 ECTS (%ren: = 60%); started in Nov. 2022
  • Design and Testing of Energy Equipment (MA) – 5 ECTS (%ren: = 60%); started in Jun. 2021
  • Greenhouse Gases Management of Energy Systems (MA) – 5 ECTS (%ren: = 60%); started in Jun. 2021
  • Modeling and Demand Forecasting of Energy Systems (MA/PhD) – 5 ECTS (%ren: = 60%); started in Jun. 2023
  • Solar Thermal Applications (MA) – 5 ECTS (%ren: = 60%); started in Nov. 2021
  • Waste Heat Recovery Systems (MA) – 5 ECTS (%ren: = 60%); started in Nov. 2021

EQUIPMENT

New laboratory equipment has been purchased in each Partner University to support the teaching of new and modernised modules and to train students in the topic of the project.

BJUT

  • Weather Station
  • Portable radiation meter
  • Air temperature and humidity sensor
  • Anemometer
  • Infrared Thermal Imager
  • Itinerant detector
  • Air source heat pump connected with workstation and desktop computer

Please click this link to see photos and videos on the use of the equipment


LZJTU

  • Solar Photovoltaic system
  • Air Source Heat Pump system

Please click this link to see photos and videos on the use of the equipment


UPM

  • Fuel Cell training system
  • Photovoltaic training system
  • Air Source Heat Pump training system
  • Organic Rankine Cycle training system

Please click this link to see photos and videos on the use of the equipment


USM

  • Fuel Cell training system
  • Photovoltaic training system
  • Air Source Heat Pump training system
  • Organic Rankine Cycle training system

Please click this link to see photos and videos on the use of the equipment


NU

  • Photovoltaic training system
  • Air Source Heat Pump training system
  • Organic Rankine Cycle training system

Please click this link to see photos and videos on the use of the equipment


CMU

  • Educational PEM Fuel Cell kit
  • Photovoltaic training system
  • Air Source Heat Pump system

Please click this link to see photos and videos on the use of the equipment