Innovative Curriculum on Sustainable Energy Master of Mechanical - - PowerPoint PPT Presentation

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Nov 11, 2022 310 likes •676 views

Innovative Curriculum on Sustainable Energy Master of Mechanical Engineering Major: Applied Energy SWEDEN Lund University Royal Institute of Technology Malmo University Boras University GREECE LEBANON University of the AEGEAN American University

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Innovative Curriculum on Sustainable Energy Master of Mechanical Engineering Major: Applied Energy

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Lund University Royal Institute of Technology Malmo University Boras University

University of the AEGEAN

SWEDEN

GREECE

American University of Beirut Lebanese University Beirut Arab University

LEBANON

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UNITED NATIONS

MAIN THREATS TO THE PLANET:

FOOD
WATER
BIODIVERSITY
POPULATION
CLIMATE CHANGE ENERGY

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Applied Energy Program Main dimensions

EDUCATION
RESEARCH
TECHNOLOGY TRANSFER

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Main dimensions of SUSTAINABILITY

TECHNOLOGICAL
ECONOMICAL
ENVIRONMENTAL
SOCIAL

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ENERGY CYCLE

HYDROCARBONS

RENEWABLES

BUILDINGS

HEAT ELECTRICITY CARRIER USES RESOURCES

EXTRACTION

CONVERSION TECHNOLOGY

ENVIRONMENTAL PRESSURES

CONSERVATION EFFICIENCY FUEL/TECHNOLOGY SUBSTITUTION INDUSTRY SOLAR WIND BIOMASS/WASTE HYDRO TRANSPORT

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EDUCATION/RESEARCH/TECHNOLOGY

MAIN DIMENSIONS

– BUILDING SCIENCE/TECHNOLOGY – WIND ENERGY UTILISATION – SOLAR ENERGY UTILISATION – WASTE UTILISATION

FRAMEWORK OF ANALYSIS

– ESTIMATION OF POTENTIAL – DESIGN OF SYSTEM ‐ DEVELOPMENT OF TECHNOLOGY – INSTALLATION AND OPERATION – OVERALL ASSESSMENT

ENERGY AND ENVIRONMENTAL BENEFITS
LIFE CYCLE ANALYSIS OF SCENARIOS FOR FUTURE DEVELOPMENT

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APPLIED ENERGY Program

SWEDEN

–Lund University – Dept of Building Physics

– Royal Institute of Technology – Malmo University ‐ expertise – Boras University ‐ expertise

Greece

– University of the Aegean ‐ Dept of Environment

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Energy conservation in buildings, air tightness, solar energy
Moisture design, risk analyses and relative humidity of the

indoor air

Heat and mass transfer, numerical modelling. Computer

programs

Ventilation and optimization of Indoor Climate Systems by

LCC‐Analyses

Dept. of Building Physics

Main research fields :

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Sweden

Targets

2006 June – The Swedish Parliament’s decision

– The use of energy in dwellings and premises shall be reduced by 20% to the year 2020 – By 50% in year 2050

2009 – Energy declarations of buildings

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Energy efficient buildings - strategy

Minimize energy losses
Maximize the share of renewable energy

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Solar heating

Exemple – Eksta bostads AB, Kungsbacka
1300 dwellings

– 60% biomass, 30% solar heat (7000 m2 solar collectors)

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Solar heat – solar collectors

Solar heat 400‐650 kWh/m2, year

Irradiation at 40 degree tilt towards south in the south of Sweden: 1150 kWh/m2, year

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KTH : research and education to benefit people/business/industry

KTH management

BLI

Upper management,

business developers

Human Resources/

recruiters

Younger alumni
Older alumni
Financiers of innovations

development

ther schools at KTH

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Driving forces

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Training/Education for Professionals

CSE EE ABE STH SCI ICT ITM CSC BIO

Pharma Consultancy companies

€ € € € € €

Courses for professional groups

Engineering industry

Resources Customers KTH Education AB Project Management

Board

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Research areas:

Analysis of Energy Systems
Renewable Energy: Potential, Technology, Design.
Energy Policy and Planning
Energy Economics: Cointegration Analysis
Social characteristics of energy systems

ENERGY MANAGEMENT LABORATORY

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Solar and Wind Energy in Greece

Demonstration projects
Low interest loans and tax credits
WIND : 2% of revenues go to the local communities
SOLAR THERMAL
> 3.000.000 square metres
> 25% penetration level (small)
35% of Solar Systems are exported
Collector : Area 2,4 square metres / Storage 150 Lt / Cost : 1000 EU
Solar energy utilised: 600 kWh/m2 yr

payback period: 4‐6 years Standards and codes of practice

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Environmental protection and the EU’s Kyoto obligations

European Commission: Directives in force for energy efficiency measures

Areas with significant potential for energy

savings:

End‐use Efficiency & Energy Services
Energy Efficiency in Buildings
Eco‐design of Energy‐Using Products
Energy Labelling of Domestic Appliances
Combined Heat and Power (Cogeneration)

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Evolution of the Power System

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TODAY: CENTRAL POWER GENERATION SYSTEM

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TOMORROW: DISTRIBUTED GENERATION OF ELECTRICITY

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CONTINUING SUPPORT

IDEAS
PROJECTS
COLLABORATION
MOBILITY

– STUDENTS – ACADEMIC STAFF

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WIND ATLAS

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