Electricity storage via adiabatic air compression
“Electricity price arbitrage” usage model
Carsharing Helps Save Energy - But Only if Services Are Regulated
An Environmental Tax for More Innovation
Social learning helps reduce energy consumption
Sports Clubs are Motivators
How an app helps private households to save electricity
How to involve the population in the shaping of energy policy
Energy Efficiency in Companies - a Hot Topic
Sharing rather than owning does not always make sense
Changing the environment with soft incentives
Energy consumption – difficult to control
Guide to behavioural changes
Saving energy by means of variable electricity prices: what works and what doesn't
“Promotion” versus “steering” energy policy: which is cheaper?
Games and competitions for more sustainable mobility
An Emission-Free Vision for Urban Freight Transport
Oversized apartments - the elderly could lead more energy-efficient lives
Energy cooperatives – a traditional model with future potential
Achieving the energy transition with a policy of small steps
How to motivate companies to adopt green innovation
More Than Just a Gap: Intermediate Layers in Solar Cells
Tandem Solar Cells Set New Standards for Efficiency
Perovskite – the future of the solar cell
The aesthetics of sustainability
Computers contribute to the conception of a new generation of solar cells
PV2050: Sustainability, market deployment and interaction to the grid – the impacts of advanced photovoltaic solutions
Use hot water, store CO<sub>2</sub> – the potential deep beneath our feet
Long-term weather forecasts for hydropower plants
Reservoirs where glaciers once were?
Tiny Particles Threaten Hydroelectric Turbines
Geothermal energy utilisation – researched on a virtual basis
Healthier mountain rivers despite more hydropower
Earthquakes, dam failures and landslides - risk assessment for power generation
Computer models for profitable hydropower
An Uncertain Future for Hydropower
Hydropower for sustainable development
Concrete with less cement – environmentally friendly and cost-efficient
Ultra-high performance fibre reinforced concrete: malleable like steel, castable like concrete
Beech – a miracle wood: how concrete can also be made stable without steel
Prestressed concrete with carbon fibres and little cement: an environmentally friendly variant
How healthy is a building or a bridge?
Renewable Methane for Swiss Winters
Copper and Solar Energy: A Recipe for Climate-Neutral Hydrogen
Smart material for fuel cells regenerates itself
Fuel Cells for Sustainable Mobility
Which is the optimal power-based fuel?
Energy from waste: how as much as possible can be recovered
Optimised waste incineration power plants
Making sure only combustible material reaches waste incinerators
How can environmentally friendly waste management be implemented?
Being Able to Give in is a Strength, Even in the Power Grid
Making Sure the Power Grid Does Not Go Out of Synch
Where Generating Power at the Neighbourhood Level Makes Sense
Plan renewable energies in combinations
Renewable energies – what is most worthwhile?
How Do Coupled Energy Systems Do What Is Expected of Them?
Sharing solar electricity with neighbours
A new material uses waste heat more efficiently
From the 3D printer: more efficient materials for adsorption heat pumps
A new type of heat pump helps to use heat more efficiently
Where waste heat can be better utilised
The best alternative for heating and cooling: the utilisation of waste heat
The clean burning of wood
Harmful particles in the air originating from wood stoves
Maximum electricity generation in a minimum of space
Intelligent building façade generates energy
Facing the sun with red modules
Aesthetic Power Production: Colourful Photovoltaic Systems to Promote the Development of Solar Energy
Building-integrated solar cells
Wind and solar energy: a renewable future for Switzerland
How renewable energies will shape the Swiss electricity market up to 2050
How wind and solar energy impact the Swiss electricity market
A small component with great responsibility
Clever Cooling System for Power Electronics
Use electrical energy more efficiently with new solid-state transformers
More scope for photovoltaics – thanks to new transformers
Mountain Tunnels Store Compressed Air and Heat
Compressed air storage power stations represent efficient alternatives for electricity storage
A Special Material for Particularly Efficient Novel Power Storage Systems
Straw and Beechwood for Environmentally Friendly Flights
Organic acids could be turned into aircraft fuel
From Cultivation to Disposal: How to Optimise Biorefineries
Perovskite solar cells are becoming fit for practical use
One power line, two systems – direct and alternating current on the same electric tower
Methane-powered vehicles
New Materials for Future Batteries
Where should electricity come from in future?
Flood on demand
Batteries pepped up with nanotechnology
Recommendations for a landscape strategy with renewable energy systems
Switzerland and EU energy policy
The European electricity market: staying away will be expensive but will also open up room for manoeuvre
Steps towards the energy of the future
How water and geothermal energy should shape our electricity future
How hydropower in Switzerland can survive
Concrete Solutions
How all CO<sub>2</sub> emissions from cement production can be used appropriately
What our waste can contribute to the energy turnaround
Intermittent Widespread Energy Sources in Distribution Networks
How many small power plants interact
Reusing heat offers great potential
How can energy from wood be made clean?
The best of both worlds: combining building shells and energy production
The Swiss electricity system is ready for the energy turnaround
A new transformer for the Swiss electricity grid of the future
Electricity can be stored in mountain tunnels – using a compressed air battery
Climate-Neutral Propulsion of Aircraft and Trucks
Acceptance
Energy Networks
Buildings and Settlements
Market Conditions and Regulation
Mobility Behaviour
Hydropower and Market
wastEturn – Waste management to support the energy turnaround
Electricity storage via adiabatic air compression
Geothermal Energy
Sustainable Concrete Structures
Energyscape – landscape strategy for renewable energy systems
Technical regulation for the building stock
ALT Technische Regulierung im Gebäudebereich
Integration of the Swiss energy system in European energy policy
Swiss water fee system
Acceptance
Area
Associations and NGOs
Battery
Behaviour
Biomass
Bonus / penalty
Building
Building owners
Businesses
CO2 / greenhouse gases
Climate
Cold / heat
Combustible / fuel
Consensus
Cooperation
Costs / benefits
Decentralisation
Digitalisation
Energy cooperative
Energy efficiency
Energy grids
Energy provision
Energy storage
Energy suppliers
Europe / EU
Feed-in renumeration
Financing
Gas / hydrogen
Geoenergy
Guidance
Heat pump
Heating
Households
Housing
Hydropower
Import
Incentives
Industry
Information / communication
Innovation
Investment
Investors (outside creditors)
Just distribution
Knowledge and technology transfer
Landscape
Liberalisation / market opening
Market
Methane / methanation
Mobility
Multipliers
Participation
Photovoltaics
Planning
Politics (federal government, canton, municipality)
Population
Power-to-X
Price
Prosumers
Public administration
Recyclable material
Recycling
Regulation
Resources
Risk
Sector coupling
Self-consumption
Smart meter
Standard of living
Steering / promotion
Sufficiency
Supply security
Sustainability
Tariff
Transport
Waste
Water fee
Wind energy
Wood
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Costs / benefits
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Electricity storage via adiabatic air compression
“Secondary control power” usage model
Market Conditions and Regulation
A CO2 tax barely slows the economy but triggers innovation
Electricity storage via adiabatic air compression
Assessment of compressed air energy storage (CAES) from the perspective of an energy company
Electricity storage via adiabatic air compression
Capital and operating costs of compressed air energy storage (CAES)
Acceptance
Co-benefits often more convincing than environmental arguments
Market Conditions and Regulation
CO2 levies are best returned as a lump sum
Acceptance
Core message
wastEturn – Waste management to support the energy turnaround
Create complete transparency with respect to costs, material flows and decisions!
Geothermal Energy
Electricity or heat?
Buildings and Settlements
From the laboratory to the building site
Buildings and Settlements
Higher energy efficiency thanks to behavioural changes: obstacles
Market Conditions and Regulation
Intelligent grids are more cost-efficient than a conventional grid expansion
Market Conditions and Regulation
It will become more expensive without an electricity agreement with the EU
wastEturn – Waste management to support the energy turnaround
Life cycle costs of all material flows form the basis for optimisation
Market Conditions and Regulation
Measures have a different impact from the perspective of companies
Buildings and Settlements
More BiPV: obstacles
Acceptance
Ownership structures are key for motivation
wastEturn – Waste management to support the energy turnaround
Paper and cardboard: large quantities mean considerable savings
wastEturn – Waste management to support the energy turnaround
Plastics offer significant recycling potential that is yet to be tapped
wastEturn – Waste management to support the energy turnaround
Quality makes a major difference - for waste too!
Market Conditions and Regulation
Shape steering measures effectively with considered redistribution
Acceptance
Short-term costs are decisive
Acceptance
Steering is unpopular but efficient
Acceptance
Subsidies are effective but often lead to deadweight effects
Electricity storage via adiabatic air compression
The cost-effectiveness of compressed air energy storage (CAES) is still unclear
Buildings and Settlements
The optimal configuration of a DMES
Acceptance
Three action areas characterise the discussion
Mobility Behaviour
Toolboxes for influencing mobility behaviour
wastEturn – Waste management to support the energy turnaround
Transparency is essential for optimisation
Hydropower and Market
Water fees, concessions and cantonal finances
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Projects
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Acceptance
#
Area
#
Associations and NGOs
#
Battery
#
Behaviour
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Biomass
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Bonus / penalty
#
Building
#
Building owners
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Businesses
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CO2 / greenhouse gases
#
Climate
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Cold / heat
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Combustible / fuel
#
Consensus
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Cooperation
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Costs / benefits
#
Decentralisation
#
Digitalisation
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Energy cooperative
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Energy efficiency
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Energy grids
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Energy provision
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Energy storage
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Energy suppliers
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Europe / EU
#
Feed-in renumeration
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Financing
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Gas / hydrogen
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Geoenergy
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Guidance
#
Heat pump
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Heating
#
Households
#
Housing
#
Hydropower
#
Import
#
Incentives
#
Industry
#
Information / communication
#
Innovation
#
Investment
#
Investors (outside creditors)
#
Just distribution
#
Knowledge and technology transfer
#
Landscape
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Liberalisation / market opening
#
Market
#
Methane / methanation
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Mobility
#
Multipliers
#
Participation
#
Photovoltaics
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Planning
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Politics (federal government, canton, municipality)
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Population
#
Power-to-X
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Price
#
Prosumers
#
Public administration
#
Recyclable material
#
Recycling
#
Regulation
#
Resources
#
Risk
#
Sector coupling
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Self-consumption
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Smart meter
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Standard of living
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Steering / promotion
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Sufficiency
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Supply security
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Sustainability
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Tariff
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Transport
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Waste
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Water fee
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Wind energy
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Wood