The City Solar Carport in Carinthia – Top Ten Solar & PV Carport Parking Spaces Roofing Potentials

Green energy for Carinthia: The role of solar & PV carports

A city solar carport, also known as a solar & PV carport, is an innovative and environmentally friendly solution for generating clean energy through solar energy. Such carports are a promising technology that not only supports the power supply of vehicles, but also contributes to climate protection and sustainable development. In the Austrian state of Carinthia, these solar carports offer a variety of potential and opportunities that can advance the country towards an environmentally friendly future.

Renewable energy source

The City Solar Carport uses the sun's inexhaustible energy source to generate clean and sustainable electricity. Carinthia, as a sunny federal state with a high number of hours of sunshine per year, offers ideal conditions for the use of this technology. The solar modules on the carports convert the incident sunlight directly into electricity, which can be used to power electric vehicles or to feed into the power grid.

Promoting electromobility

City solar carports promote electromobility by providing a cost-effective and environmentally friendly charging infrastructure for electric vehicles. The carports can be integrated into parking spaces or parking garages and offer users the opportunity to charge their electric cars while parking. This supports the expansion of electromobility in Carinthia and helps reduce CO2 emissions in the transport sector.

Flexibility and versatile application possibilities

The City Solar Carports offer flexibility in their installation and use. They can be configured in different sizes and shapes to meet the needs of different locations. In addition, they can be used not only to generate electricity for electric vehicles, but also as a roof for bicycle parking, car sharing stations or as a renewable energy source for buildings and companies.

Contribution to climate protection and CO2 reduction

The use of city solar carports makes a significant contribution to climate protection and CO2 reduction. Converting solar energy into electricity saves fossil fuels and significantly reduces greenhouse gas emissions in the transport sector. This supports Carinthia's efforts to achieve its climate goals and ensure a sustainable future for future generations.

Economic advantages and regional added value

The use of city solar carports offers not only ecological but also economic advantages. The construction and maintenance of these systems creates local jobs and promotes regional added value. In addition, companies and public institutions can use the solar energy generated for their own consumption and thus reduce their energy costs.

Integration of energy storage

Integrating energy storage such as batteries makes it possible to store excess solar energy and use it at a later date when the sun is not shining. This increases the efficiency of the city solar carports and helps stabilize the power grid. The stored energy can also serve as a backup power source in emergencies or power outages.

Innovation potential and technological development

The use of city solar carports shows the innovation potential and technological development in the field of renewable energies. The continuous development of solar technologies and smart grid solutions opens up new possibilities and increases the efficiency of such carports. Carinthia can benefit from this technological dynamism and become known as a pioneer for clean energy in Austria and beyond.

Potentials

The City Solar Carport offers potential in Carinthia that is both ecologically and economically significant. The use of solar energy to generate electricity for electromobility and other applications can make an important contribution to climate protection and the sustainable development of the region. The integration of city solar carports into Carinthia's infrastructure opens up numerous opportunities to support the country on the way to a clean and green future.

Solar parking spaces are a promising way to generate renewable energy while optimizing limited space requirements in cities and urban areas. However, there are actually some challenges that can complicate the introduction of such parking spaces.

One of the biggest hurdles is the high cost and planning effort associated with installing solar panels in parking lots. Not only must the cost of the solar panels themselves be taken into account, but also the cost of the infrastructure required to connect the panels to the grid. In addition, the space required for installing the solar modules must be precisely planned and coordinated to ensure effective use of the available space.

Another obstacle are bureaucratic hurdles and approval processes that can make it difficult to install solar panels in parking lots. Depending on the region or country, different rules and regulations may apply, which can complicate the approval and implementation process.

Despite these challenges, there is high demand for solar parking spaces as they represent an effective way to promote renewable energy while optimizing space requirements in urban areas. With careful planning and collaboration between the parties involved, the hurdles can be overcome to facilitate the introduction of such parking spaces.

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Solar energy meets event culture: the city's CO2-friendly solar carports

The promotion of renewable energies and the expansion of sustainable mobility are of great importance today. A promising approach to linking energy generation and environmentally friendly mobility is the city solar carport system with partially transparent modules. This innovative concept enables the construction of solar carports at strategic locations in cities to produce renewable energy while promoting electromobility. A proposal for the construction of such solar carports in Klagenfurt, more precisely at the Klagenfurt exhibition center and at Europapark, is presented below. These locations were selected because of their optimal conditions.

Klagenfurt: Klagenfurt exhibition center

The Klagenfurt exhibition center offers an ideal area for building a city solar carport. The spacious open space south of the exhibition center, near the A2 Klagenfurt-West motorway exit, enables the installation of a significant number of solar modules. The orientation of the solar carports can be optimally aligned with the sun's rays to maximize energy production.

Advantages of the location

• Large area: The Klagenfurt exhibition center offers enough space for an expanded solar system that can cover a significant proportion of the trade fair's energy requirements.
• Easy to reach: The proximity to the A2 Klagenfurt-West motorway exit makes it easy for visitors and delivery traffic.
• Publicity: The combination of trade fair and solar carport events attracts a wide audience and increases awareness of renewable energies and electromobility.

Interesting details

• Architectural integration: The partially transparent modules can be designed in such a way that they merge with the trade fair architecture in an aesthetically pleasing manner, thus creating a modern and innovative overall image.
• Energy supply for the trade fair: Part of the solar energy generated can be used directly to power the exhibition halls, which significantly reduces the CO2 footprint of the events.
• Charging stations for electric vehicles: The parking spaces under the solar carports can be equipped with charging stations to promote electric mobility for trade fair visitors and employees.

Europe Park

Europapark, as one of the best-known event locations in Klagenfurt, offers an excellent opportunity to generate renewable energy for the adjacent event location. The installation of a city solar carport in the Europapark parking lot has the potential to make a significant contribution to CO2 reduction and climate protection in the region.

Advantages of the location

• Sustainable events: By using renewable energy during events, Europapark is becoming a pioneer for sustainable events in the region.
• Environmentally friendly parking: Visitors have the opportunity to park their vehicles under the solar carports and thus charge in an environmentally friendly way while they enjoy the events.

Interesting details

• Event-specific energy generation: The energy generation by the solar carports can be adapted to the specific energy needs of the events to ensure optimal use.
• CO2 savings: Using solar power instead of fossil fuels significantly reduces CO2 emissions and helps combat climate change.
• Visible environmental initiative: The implementation of a city solar carport at Europapark shows the city of Klagenfurt's commitment to environmental protection and encourages other venues and companies to take similar sustainable measures.

Groundbreaking concept

The City Solar Carport System with partially transparent modules is a groundbreaking concept that uses the synergy between renewable energy generation and sustainable mobility. Through the targeted selection of locations such as the Klagenfurt exhibition center and Europapark, Klagenfurt can strengthen its leadership role in the field of renewable energies and at the same time advance electromobility. The advantages and interesting details presented underline the importance of such projects for climate protection, the local economy and the population's awareness of environmentally friendly actions.

The city solar carport - with increased collision and vandalism protection - Image: Xpert.Digital

The advantages at a glance

• Support & Made in Germany
• Modular & scalable (for 2, 100, 1,000 and more parking spaces)
• Really waterproof
• Integrated water drain / invisible rain gutter
• Vandalism protection, optionally with integrated impact protection
• Variable with all common solar modules
• City design available in aluminum and 3 different colors
• Depending on the amount of self-consumption (degree of self-sufficiency), amortization is possible within 6 years
• Long service life (aluminum substructure)
• 30-year (!) performance guarantee on bifacial and partially transparent double-glass solar modules (25-year product guarantee)
• Reducing urban heat islands
• Building-integrated photovoltaics
• Ideal for transparent and translucent double-glass solar modules with overhead mounting approval!

Solar parking spaces are a great way to generate renewable energy while harnessing the potential of unused space. There are various cities and towns in Carinthia that could be suitable for building such solar parking spaces. Here are suggestions for 10 cities and suitable places:

Klagenfurt

• Klagenfurt Exhibition Center – South of the exhibition center near the A2 Klagenfurt-West motorway exit, as it offers a large area and is easily accessible.
• Europapark – In the Europapark parking lot to generate renewable energy for the adjacent venue and provide environmentally friendly parking for visitors.

Villach

• Atrio Shopping Center - Construction of solar canopies in the parking lot of Atrio Shopping Center to cover the parking spaces there while producing renewable energy.
• Ossiacher See – Construction of solar parking spaces near Ossiacher See to meet the demand for parking spaces during the tourism season and make the lake a sustainable destination.

Wolfsberg

• Wolfsberg Sports Center – Installation of solar carports in the sports center parking lot to make sporting events and activities more environmentally friendly.
• North Industrial Estate – Establishment of a solar farm in a suitable area of ​​the industrial estate to provide local businesses with renewable energy.

Spittal an der Drau

• Drauparkplatz – Construction of solar canopies on the Drauparkplatz, a central location in the city, to generate energy and provide shaded parking for visitors.
• Porcia Castle – Integration of solar panels in the parking spaces around Porcia Castle, a historical landmark of the city.

Feldkirchen in Carinthia

• Feldkirchen industrial estate – construction of a solar park in the industrial estate to supply companies with renewable energy and promote sustainable growth.
• City Park – Integration of solar carports in the city park to improve parking options for visitors and use green spaces in an environmentally friendly way.

Saint Veit an der Glan

• Hochosterwitz – Construction of solar parking spaces near Hochosterwitz Castle, a well-known tourist destination in Carinthia.
• Sankt Veit train station - Construction of solar roofs on the parking lot at the train station to produce renewable energy for public transport.

Völkermarkt

• Völkermarkter Stausee – Construction of solar islands in the parking lot of the Völkermarkter Stausee to offer visitors renewable energy and a natural environment.
• Völkermarkt-Nord commercial area – installation of solar carports in the commercial area to support sustainable business activities.

Gmünd

• Nockberge National Park - Construction of solar parking spaces near the national park to promote sustainable tourism and offer visitors an environmentally friendly travel option.
• Gmünd Center – Integration of solar canopies on the central parking lot in the city to generate renewable energy and enable clean mobility for residents.

Althofen

• Althofen Castle Ruins – Construction of solar parking spaces near the castle ruins to combine historical sites with environmentally friendly initiatives.
• Roman Museum Teurnia – Installation of solar roofs on the museum parking lot to generate renewable energy for museum operations.

Radenthein

• Millstätter See – Construction of solar islands on a parking lot near Lake Millstätter See to produce renewable energy for the tourism sector.
• Radenthein commercial area – construction of a solar park in the commercial area to supply local companies with sustainable energy.

➡️ It is important that the proposed proposals are subject to a detailed review to assess the feasibility and potential impact on the surrounding area. A comprehensive planning process with community and expert participation would be crucial to identify the best locations for solar parking spaces in the cities mentioned.

Solar energy for Villach: partially transparent solar modules in parking lots

The implementation of innovative concepts to promote renewable energies and sustainable mobility is becoming increasingly important in cities. The City PV & Solar Parking System with partially transparent solar modules is a groundbreaking solution for covering parking spaces in urban areas while generating clean energy. This text presents a proposal for the construction of such solar systems at two strategic locations in Villach - the Atrio shopping center and near Lake Ossiacher.

Villach: Atrio shopping center

The Atrio Shopping Center is a popular meeting place for locals and tourists alike. The installation of solar canopies on the Atrio Shopping Center parking lot offers a variety of benefits and helps make the energy supply more sustainable.

Advantages of the location

• Energy Efficiency: The solar canopies utilize unused space and convert sunlight into electrical energy that can be used to run the mall.
• Protection from the elements: The parking lot cover provides protection from rain and sun, which adds value to shopping center visitors.
• CO2 reduction: Solar energy generation significantly reduces the shopping center's carbon footprint and contributes to achieving climate goals.

Interesting details

• Architectural integration: The partially transparent solar modules can be designed so that they fit seamlessly into the architecture of the shopping center and create an overall aesthetic image.
• Publicity: The mall can highlight its sustainable efforts, thereby increasing public awareness of renewable energy and environmentally friendly technologies.
• Promote electromobility: The parking spaces under the solar canopies can be equipped with charging stations for electric vehicles to support electromobility and facilitate the use of environmentally friendly vehicles.

Ossiach Lake

Lake Ossiacher See is a popular tourist destination with a high demand for parking spaces during the tourist season. The installation of solar parking spaces near the lake offers an opportunity to make the tourist infrastructure sustainable while using renewable energy.

Advantages of the location

• Sustainable tourism: The solar parking spaces help to reduce the CO2 footprint of tourism on Lake Ossiach and make the area a sustainable travel destination.
• Energy supply: The solar panels can cover part of the energy needs of nearby tourist facilities, thereby reducing local energy needs.
• Promoting solar energy: The visible presence of solar systems promotes awareness of renewable energy and may inspire more sustainable projects in the region.

Interesting details

• Environmental protection at the lake: The installation of solar parking spaces minimizes the sealing of ground surfaces and supports the protection of nature around Lake Ossiach.
• Promoting tourism: Sustainable initiatives can help attract environmentally conscious tourists and strengthen Lake Ossiacher See's image as a sustainable travel destination.
• Tourism and energy partnerships: The collaboration between tourism operators and energy companies enables innovative financing models for the implementation of solar systems.

Promising solution

The City PV & Solar Parking System with partially transparent solar modules is a promising solution to make cities like Villach more sustainable and promote renewable energy. The locations presented at the Atrio shopping center and near Lake Ossiach offer optimal conditions for the implementation of these solar systems. The benefits and interesting details described demonstrate the potential of these projects to improve energy supply, reduce CO2 emissions and advance development towards a more sustainable future.

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City of the future: Wolfsberg's path to renewable energy with semi-transparent modules

Integrating photovoltaic systems into urban parking lots offers a promising opportunity to generate renewable energy while making urban infrastructure more environmentally friendly. The parking lot PV & city PV parking system with semi-transparent modules enables the installation of solar systems in parking lots that serve both as a shady roof and convert sunlight into electrical energy. This text presents a concrete proposal for the construction of such solar systems in Wolfsberg, namely at the Wolfsberg sports center and in the North industrial area.

Wolfsberg: Wolfsberg Sports Center

The Wolfsberg sports center is an important point of contact for sporting events and leisure activities in the city. Installing solar carports in the sports center parking lot offers a variety of benefits and helps make operations more sustainable.

Advantages of the location

• Sporting events with clean energy: The solar carports supply the sports center with renewable energy, so that sporting events and leisure activities can be made more environmentally friendly.
• Shade-providing roof: The semi-transparent solar modules not only generate energy, but also offer protection from sun and rain for parked vehicles.
• CO2 savings: Switching to solar energy significantly reduces the sports center's carbon footprint and contributes to climate protection.

Interesting details

• Promoting electromobility: The parking spaces under the solar carports can be equipped with charging stations for electric vehicles to promote electromobility and facilitate the use of environmentally friendly vehicles.
• Raising awareness: The sports center can serve as a showcase for renewable energy and inspire visitors and athletes to adopt environmentally conscious behavior.
• Sport and sustainability combined: The combination of sporting events and clean energy creates a strong connection between sporting activity and environmental protection.

North industrial area

The North Industrial Area is home to a large number of local companies that require a stable energy supply. The construction of a solar park in a suitable area of ​​the commercial area offers a sustainable solution to supply companies with renewable energy.

Advantages of the location

• Strengthen the local economy: The solar park enables companies in the commercial area to use clean energy and reduce their dependence on conventional energy sources.
• Contribution to climate protection: Switching to solar energy helps to reduce the CO2 emissions of local companies and thus helps to achieve climate goals.
• Energy security: The solar park offers a decentralized energy source that continues to provide electricity even during power outages or grid disruptions.

Interesting details

• Flexibility in choosing a location: The solar system can be adapted to the conditions of the commercial area to ensure optimal use of solar energy.
• Potential for energy cooperation: The companies in the industrial park could pool their energy resources and operate a solar park together, enabling economic benefits and closer cooperation.
• Perception as a sustainable location: The commercial area can position itself as an environmentally conscious and sustainable business center and thus attract new business partners and customers.

Innovative solution

The parking lot PV & city PV parking system with semi-transparent modules is an innovative solution to make cities like Wolfsberg more sustainable and promote renewable energy. The locations presented at the Wolfsberg sports center and in the North industrial area offer optimal conditions for the implementation of these solar systems. The benefits and interesting details described demonstrate the potential of these projects to improve energy supply, reduce CO2 emissions and advance development towards a more sustainable future.

Green energy for Spittal an der Drau: solar carports at the Drau car park and Porcia Castle

Promoting renewable energy and sustainable technologies is crucial to combat climate change and create a sustainable future. The City Solar & PV Carport Parking System with semi-transparent solar panels is an innovative solution that enables the construction of solar canopies on city parking lots. These solar carports not only generate clean energy but also provide shaded parking for visitors. This text presents a concrete proposal for the construction of such solar systems in Spittal an der Drau, namely on the Drau car park and the car parks around Porcia Castle.

Spittal an der Drau: Drau car park

The Drau car park is a central location in the city that is frequented by numerous visitors every day. Installing solar canopies on this parking lot offers a variety of benefits and helps make the city's energy supply more sustainable.

Advantages of the location

• Efficient use of space: The solar carports use existing parking spaces and convert unused spaces into renewable energy sources.
• Electricity for the city: The solar energy generated can be fed into the local power grid and thus contribute to covering the city's energy needs.
• Shaded parking: The semi-transparent solar panels provide visitors with shaded parking and contribute to the comfort of parking space users.

Interesting details

• Architectural integration: The solar canopies can be aesthetically integrated into the cityscape and create a modern, environmentally conscious atmosphere.
• Raising awareness: The Drau car park as a central contact point offers an ideal opportunity to raise awareness among the population about renewable energies and increase awareness of climate protection.
• Promote electromobility: The parking spaces under the solar carports can be equipped with charging stations for electric vehicles in order to promote electromobility and make it easier to use environmentally friendly vehicles.

Porcia Castle

Porcia Castle is a historical landmark and a popular tourist destination in Spittal an der Drau. The integration of solar panels in the surrounding parking spaces offers a sustainable way to improve energy supply and cast the castle in a green and environmentally friendly light.

Advantages of the location

• Sustainable tourism: The use of renewable energy at Porcia Castle helps reduce the environmental footprint of tourism and preserve the city's historical heritage.
• Energy for the surrounding area: Solar energy can not only power the castle itself, but also cover neighboring facilities and local energy needs.
• Monument preservation and sustainability: The integration of solar systems on historic sites shows that monument preservation and sustainable technologies can be successfully combined.

Interesting details

• Castle as a pioneer: Porcia Castle can serve as a showcase for the use of renewable energy in historical sites and inspire other monuments to emulate.
• Culture and environmental protection: The combination of cultural heritage and environmentally friendly energy creates a strong symbol of the harmony of history and sustainability.
• Tourist highlight: The integration of solar panels at Porcia Castle can be an additional attraction for tourists and position the castle as a sustainable travel destination.

A groundbreaking solution

The City Solar & PV carport parking system with semi-transparent solar panels is a groundbreaking solution to make cities like Spittal an der Drau more sustainable and promote renewable energy. The locations presented on the Drau car park and around Porcia Castle offer optimal conditions for the implementation of these solar systems. The benefits and interesting details described demonstrate the potential of these projects to improve energy supply, reduce CO2 emissions and advance development towards a more sustainable future.

Local energy transition: Feldkirchen relies on City Solar & PV carport parking system

Promoting renewable energy and sustainable technologies is of great importance to combat climate change and shape a sustainable future. The City Solar & PV carport parking system with semi-transparent solar panels is an innovative solution that enables the installation of solar systems in city parking lots. These solar carports not only generate clean energy but also provide shaded parking for visitors. This text presents a concrete proposal for the construction of such solar systems in Feldkirchen in Carinthia, namely in the Feldkirchen industrial area and in the city park.

Feldkirchen in Carinthia: Feldkirchen industrial area

The Feldkirchen industrial area is an important business location with a large number of companies. Establishing a solar farm in this area offers a variety of benefits and helps sustainably strengthen the local economy.

Advantages of the location

• Sustainable energy supply: The solar park supplies local companies with renewable energy and thus reduces their dependence on fossil fuels.
• Promoting sustainable growth: The availability of green energy can help attract more environmentally conscious companies to locate in this commercial area.
• CO2 savings: Switching to solar energy helps to reduce the CO2 emissions of local companies and thus contribute to climate protection.

Interesting details

• Economic cooperation: The companies in the commercial area could operate the solar park together and thus benefit from cost savings and increased cooperation.
• Sustainable image promotion: The Feldkirchen industrial area can position itself as an environmentally conscious business location and thus attract new business partners and customers.
• Contribution to the energy transition: The implementation of a solar park in the commercial area contributes to the energy transition at a local level and shows the city's commitment to renewable energies.

Feldkirchen in Carinthia: city park

The city park is a central location for the citizens of Feldkirchen and a popular destination for visitors. The integration of solar carports in the city park offers a sustainable opportunity to improve parking options while using green spaces in an environmentally friendly way.

Advantages of the location

• Improved parking options: The solar carports offer visitors shaded parking and thus increase the comfort for parking space users.
• Clean energy production: The semi-transparent solar modules generate clean energy that can be fed into the local power grid and thus support the city's energy supply.
• Sustainable city park design: The integration of solar systems into the city park shows the city's commitment to renewable energy and green technologies.

Interesting details

• Attractive tourist component: The solar carports in the city park can also be a tourist attraction and amaze visitors.
• Educational measure: The installation of solar systems in the city park offers an opportunity to raise awareness among the population about renewable energies and to increase awareness of climate protection.
• Synergy of nature and technology: The combination of green spaces and solar systems shows that technology and nature can be successfully combined.

Optimal conditions for implementation

The City Solar & PV carport parking system with semi-transparent solar panels is a groundbreaking solution to make Feldkirchen in Carinthia more sustainable and promote renewable energy. The locations presented in the Feldkirchen industrial area and in the city park offer optimal conditions for the implementation of these solar systems. The benefits and interesting details described demonstrate the potential of these projects to improve energy supply, reduce CO2 emissions and advance development towards a more sustainable future.

Solar power for cities: Smart solar parking spaces on the rise in Carinthia

A Smart City solar carport or solar parking space concept for Carinthia

Introduction:
Promoting renewable energies and developing smart technologies are crucial steps towards a sustainable future. A Smart City solar carport or solar parking space concept for Carinthia is an innovative approach that enables the integration of solar energy into the urban infrastructure. This text presents a comprehensive concept for the implementation of intelligent solar carports and solar parking spaces in various cities and communities in Carinthia.

Analysis of the potential in Carinthia

Before the concept for Smart City solar carports and solar parking spaces can be developed, a thorough analysis of the potential in Carinthia is required.

• Solar radiation: A study of solar radiation in different areas of Carinthia is crucial in order to identify the locations with the highest energy yield.
• Traffic volume: Analyzing the traffic volume at different locations enables the identification of suitable parking spaces for the implementation of solar carports.
• Energy supply needs: Determining the energy needs in different urban areas helps to determine the required capacity of solar systems and optimize the energy supply.

Smart city solar carports

A Smart City solar carport is more than just a roof with solar modules. It integrates intelligent technologies to maximize energy yield and functionality.

• Solar Tracking System: The solar carports can be equipped with a solar tracking system that automatically adjusts the orientation of the solar modules to the position of the sun in order to optimize energy yield.
• Energy management system: An intelligent energy management system monitors on-site energy consumption and enables efficient use of the solar energy generated.
• Charging stations for electric vehicles: The solar carports can be equipped with charging stations for electric vehicles to promote electromobility and enable environmentally friendly mobility.

Solar parking spaces for communities

A solar parking lot can be designed as a large area with a solar roof to generate a significant amount of solar energy while providing parking for citizens.

• Multifunctionality: Solar parking spaces can be designed as multifunctional places that not only serve as parking spaces, but can also be used for events or as meeting points.
• Energy supply for the community: A large solar parking lot can generate a significant amount of solar energy and thus contribute to the sustainable energy supply of the community.
• Citizen participation: The implementation of solar parking spaces can offer an opportunity to actively involve citizens in the energy transition, for example by participating in a citizen solar power plant.

Funding and financing

The successful implementation of a Smart City solar carport or solar parking space concept requires suitable funding and financing options.

• Use funding: Cities and municipalities can use state and regional funding programs to support the installation of solar systems.
• Public-private partnerships: Collaboration between public and private actors can help secure financing and advance the project.
• Crowdfunding: The possibility of crowdfunding can be used to involve citizens in financing solar systems and to promote a sense of community.

Education and awareness raising

The implementation of a Smart City solar carport or solar parking space concept also requires targeted education and awareness-raising among the population.

• Educational programs: Educational initiatives can promote understanding of renewable energy and smart technologies and increase acceptance of the project among the population.
• Public relations: Targeted public relations can convey the advantages and benefits of solar systems for the city or community and win the population over to the project.
• Participation: Citizens should be actively involved in the planning and implementation of the project in order to achieve broad support and acceptance.

Use intelligent technologies

A Smart City solar carport or solar parking space concept for Carinthia offers a promising opportunity to promote renewable energies, use intelligent technologies and at the same time improve the urban infrastructure. The analysis of potential, the integration of intelligent technologies, the implementation of solar carports and solar parking spaces in communities as well as targeted promotion and awareness-raising are crucial steps on the way to a sustainable and future-oriented energy supply in Carinthia.