BiPV: need for action

The research work conducted as part of the NRP Energy on “building-integrated photovoltaics” revealed the following areas where action is needed:

  • Education and training: Of key importance for the rapid distribution of BiPV is the provision of professional education and training to architects, engineers and affected companies in the area of BiPV. Project “Accelerating PV applications”
  • Information: Building owners need to be informed about BiPV as well as about the advantages and disadvantages they offer, technical innovations, attractive financing options and best-practice examples.Project “Accelerating PV applications”
  • Regulation: Planning and construction legislation, related procedures and technical standardisation need to be made more open in order to ensure that BiPV and other technical innovations can be applied in a quick and uncomplicated manner. Project “Standards for photovoltaics” Project “Energyscapes”
  • Reliable framework conditions: Investments in energy-efficiency and new renewable energy must be calculable and are thus dependent on reliable framework conditions. These include, for example, the feed-in remuneration of plants, public subsidies, tax advantages and opportunities for recourse under construction law.Project “Highly efficient, integrated PV systems” Project “Economics of multi-energy hub systems” There is additional need for action in this regard due to the major differences between the cantons.

All information provided on these pages corresponds to the status of knowledge as of 18.06.2019.
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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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Decentralised multi-energy hub systems

The term decentralised multi-energy hub systems (DMES) is used to denote networks of local energy providers of any size that either do or don’t have access to public energy grids and make a real contribution to covering energy consumption thanks to more affordable and ever-more-efficient technologies.

Building-integrated photovoltaics

Photovoltaic systems on roofs and facades are becoming ever more popular – in part because they are becoming increasingly affordable. However, in order to utilise the potential offered by this technology properly it will require more knowledge, new regulations – and innovation.

The behaviour of building users

We all live and work in buildings. Our individual behaviour can make an enormous contribution to the achievement of the objectives specified under Energy Strategy 2050 – through the efficient use of devices, by leading a sufficient lifestyle and by utilising the benefits of digitalisation.

All information provided on these pages corresponds to the status of knowledge as of 18.06.2019. Publication details.