Solar PV carport parking spaces: Top ten solar parking spaces potential in Baden-Württemberg (BaWü) | Smart city parking

Sustainable mobility and smart cities: Solar carports in Baden-Württemberg

Baden-Württemberg, one of Germany's strongest economic regions and most innovation-driven areas, has increasingly focused on renewable energies and sustainability in recent years. Solar PV carport parking spaces represent a promising solution for producing renewable energy while simultaneously developing the infrastructure for a smart city.

Solar PV Carport Parking Spaces – Concept and Advantages

Solar PV carport parking spaces are covered parking areas equipped with solar panels to convert solar energy into electricity. These carports not only provide weather protection for parked vehicles, but also generate clean, renewable energy. The electricity produced can be used directly for the building's own power consumption or electric vehicle charging stations, or fed into the grid.

Advantages of solar PV carport parking spaces

• Sustainable energy production: Solar power plants utilize the abundant solar energy and reduce the region's CO2 footprint.
• Space efficiency: Parking areas are used twice – as parking spaces and for energy generation.
• Decentralized energy supply: Energy is generated locally and can contribute to the stability of the electricity grid.
• Promoting electromobility: Solar carports can be equipped with charging stations for electric vehicles to support the switch to electromobility.
• Image boost for companies and municipalities: Solar carports demonstrate a commitment to environmental protection and sustainability.

Potential for solar parking lots in Baden-Württemberg

Baden-Württemberg is characterized by a large number of potential locations for solar PV carport parking spaces:

• Commercial areas: Companies with large parking areas, such as industrial parks and logistics centers, can enhance their parking spaces with solar carports while simultaneously reducing their energy consumption.
• Shopping centers and supermarkets: Shopping center parking lots offer an excellent opportunity to generate renewable energy and promote electric mobility for customers.
• Trade fair and event venues: Trade fair locations in cities like Stuttgart, Karlsruhe or Freiburg offer large areas that could be used for solar carports to meet energy needs during trade fairs.
• Educational institutions: Universities, colleges and schools often have extensive parking areas that could be used for energy generation and as an educational project.
• Park & ​​Ride facilities: Integrating solar carports into Park & ​​Ride facilities on the outskirts of cities would promote environmentally friendly mobility and make the use of public transport more attractive.

Smart City Parking and Solar Carports

Smart City Parking describes the digital and networked management of parking spaces to optimize traffic flow and reduce the amount of time spent searching for parking. The combination of Smart City Parking and solar PV carport parking spaces offers numerous synergies:

• Intelligent parking space search: Sensors and cameras can show drivers available parking spaces, thereby reducing traffic and improving air quality.
• Real-time traffic management systems: The smart integration of parking spaces and traffic management systems enables better traffic control and thus reduces congestion.
• Charging electric vehicles: Solar carports can be equipped with charging stations for electric cars, further promoting electromobility.
• Integration of e-mobility into public transport: Smart parking spaces can be seamlessly linked with car sharing services and public transport.
• Energy flow optimization: Through networking and intelligent control, the electricity generated from the solar power plants can be optimally used or fed into the grid.

Solar PV carport parking spaces offer enormous potential for generating renewable energy in Baden-Württemberg, promoting electromobility, and advancing the development of a smart city. The strategic placement of these systems at the proposed locations can not only contribute to the energy transition but also strengthen the region's image as a pioneer in sustainability and innovative technologies. A forward-looking project that benefits the economy, the environment, and quality of life equally.

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 canopy: Solar covered parking space - Image: Wiederspan.Solar

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Stuttgart, the capital of Baden-Württemberg, is known for innovative technologies and advanced mobility concepts. The introduction of city solar carport systems with semi-transparent modules offers a promising opportunity to generate renewable energy while simultaneously enhancing the cityscape.

City solar carport system with semi-transparent modules – concept and advantages

City solar carport systems are an evolution of conventional solar carports. The use of semi-transparent solar modules not only generates electricity but also allows daylight to pass through, creating pleasant diffused light and protecting the parking area and parked vehicles from the elements. This innovative concept offers a number of advantages:

• Energy generation and self-consumption: The solar carport system produces clean energy from sunlight, which can be used directly on site to reduce energy costs.
• Aesthetic integration: The semi-transparent modules allow for aesthetic integration into the cityscape, as they convey a light and modern look.
• Environmental protection and sustainability: Reducing the CO2 footprint through renewable energy promotes environmental protection and strengthens the commitment to sustainability.
• Protection for vehicles: The carports offer protection from weather conditions such as rain, hail and UV radiation, thus preserving the value and lifespan of the parked vehicles.

Stuttgart Trade Fair Parking Lot – A platform for sustainable energy generation

The Stuttgart Trade Fair parking lot is an ideal location for the implementation of a city solar carport system:

• Large area: The parking lot of the Stuttgart trade fair offers a generous area that can be used for the construction of a high-performance solar power plant.
• Frequent events: Messe Stuttgart is a venue for numerous trade fairs, concerts, and events, which can lead to significant fluctuations in energy demand. A solar carport system can help to sustainably meet the high electricity demand during such events.
• Environmental awareness: As an event center with numerous visitors, Messe Stuttgart offers the opportunity to promote awareness of renewable energies and sustainability and to set a positive example.

Park & ​​Ride facilities at city entrances – Promoting sustainable mobility

The Park & ​​Ride lots at the city entrances are another promising location for city solar carport systems:

• Integrated transport concept: Park & ​​Ride facilities are important hubs in the city's transport system. The combination of solar carport systems and connections to public transport promotes the use of environmentally friendly modes of transport.
• Power supply for electric vehicles: Integrating charging stations into the solar carport system makes electromobility more attractive and expands the infrastructure for electric vehicles.
• Relief for the city center: Park & ​​Ride facilities reduce inner-city traffic, lessen congestion and improve air quality.

➡️ Implementing a city solar carport system with semi-transparent modules at the proposed locations in Stuttgart—namely, the Stuttgart Trade Fair parking lot and the Park & ​​Ride facilities at the city entrances—would make a significant contribution to sustainable energy generation and the promotion of environmentally friendly mobility. Stuttgart could thus further strengthen its role as a pioneer in renewable energies and smart city technologies, positively impacting the environment and the quality of life of its residents and visitors.

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!

Stuttgart

• Stuttgart Trade Fair Parking Lot (large area, frequent events)
• Park & ​​Ride facilities at the city entrances (integrated transport concept)

Mannheim

• May Market grounds parking lot (large area, seasonal use)
• Parking spaces at universities and colleges (combined with electric vehicle charging stations)

Karlsruhe

• Exhibition grounds parking lot (plenty of space for renewable energy sources)
• Parking spaces at the Karlsruhe Trade Fair (high visitor traffic)

Freiburg im Breisgau

• Messe Freiburg Parking Lot (venue with space potential)
• Park & ​​Ride car park at public transport hubs

Heidelberg

• Stadium parking lot (when the stadium is not fully booked)
• Park & ​​Ride parking lots on the city outskirts (low land conflict)

Ulm

• Ulm Trade Fair Parking Lot (event areas with solar panels)
• Parking lots at shopping centers (high user frequency)

Heilbronn

• Experimenta Heilbronn parking lot (science center with open spaces)
• Park & ​​Ride facilities on highways (optimization of transport infrastructure)

Pforzheim

• Parking spaces along the Enz river (promotion of urban development)
• Northwest Business Park Parking Lot (Integration with industrial use)

Reutlingen

• Reutlingen Town Hall Parking Lot (Event Venue with Space Potential)
• Parking spaces at industrial areas (integrated usage concepts)

Esslingen am Neckar

• Parking lots along the Neckar floodplains (land use with ecological added value)
• Park & ​​Ride facilities on the city outskirts (promotion of public transport)

Mannheim, a vibrant city with diverse events and a thriving educational landscape, offers an ideal platform for innovative, sustainable projects. The introduction of a city solar carport system with semi-transparent modules at selected locations in Mannheim opens up the possibility of generating renewable energy and promoting electromobility.

City solar carport system with semi-transparent modules – concept and advantages

The City Solar Carport System with semi-transparent modules combines the functionality of a conventional carport with energy generation from sunlight. The use of semi-transparent solar modules creates diffused light that pleasantly illuminates parking spaces and vehicles while simultaneously protecting them from the elements. This innovative concept offers a multitude of advantages:

• Sustainable energy generation: The solar carport system uses the abundant solar energy to produce clean electricity and thus reduce CO2 emissions.
• Aesthetic integration: The semi-transparent modules blend harmoniously into the cityscape and give the parking lots a modern and appealing look.
• Promoting electromobility: The combination of solar carports with e-charging stations makes it possible to charge electric vehicles in an environmentally friendly way and to advance electromobility.
• Weather protection for vehicles: Carports protect parked vehicles from rain, snow and UV radiation, which increases the vehicle's value and lifespan.

May Market Grounds Parking Lot – Sustainability at the Event Level

The Maimarkt grounds in Mannheim are a major venue for trade fairs, concerts, and events. This location offers the opportunity to install a city solar carport system.

• Large area: The Maimarkt grounds have an extensive parking area that is large enough to implement a high-performance solar power plant.
• Seasonal use: Since the Maimarkt grounds are primarily used for seasonal events, the solar carport system offers the opportunity to generate clean energy during these events and to cover the temporarily increased energy demand.
• Environmental awareness at events: The integration of solar carports on the Maimarkt grounds would convey a sustainable message and strengthen the environmental awareness of organizers and visitors.

Parking spaces at universities and colleges – energy for educational institutions

The parking lots at universities and colleges in Mannheim are another suitable location for the City Solar Carport System:

• Education and research for sustainability: The implementation of solar carports at educational institutions underlines the commitment to sustainability and offers students the opportunity to experience renewable energies firsthand.
• Integration with electric vehicle charging stations: Universities and colleges are ideal for integrating electric vehicle charging stations into the solar carport system, thus promoting electromobility on campus.
• Role model for students: The installation of solar carports shows students that educational institutions can play a pioneering role in the use of sustainable technologies.

➡️ Implementing a city solar carport system with semi-transparent modules at the proposed locations in Mannheim – the Maimarkt grounds and the parking lots at universities and colleges – offers an opportunity to utilize renewable energies, raise awareness of sustainability, and promote electromobility. The innovative combination of energy generation and infrastructure for electric vehicles would position Mannheim as a progressive city and make a positive contribution to climate protection and improving the quality of life in the city.

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Karlsruhe, a dynamic city with a strong technological focus and diverse cultural offerings, is committed to developing environmentally friendly solutions. The implementation of a city solar carport system with semi-transparent modules presents a promising opportunity to generate renewable energy and make urban mobility more sustainable. This text will focus on two promising locations in Karlsruhe: the parking lots at the Karlsruhe Trade Fair Center and the park-and-ride facility.

City solar carport system with semi-transparent modules – innovation and sustainability

The City Solar Carport System in Karlsruhe is an innovative solution based on renewable energies and sustainable mobility:

• Semi-transparent modules: The solar carports are equipped with semi-transparent solar modules that allow pleasant daylight to pass through while enabling optimal energy generation.
• Sustainable energy generation: The solar carports use solar energy to produce clean electricity and reduce CO2 emissions, contributing to the achievement of climate protection goals.
• Efficient use of space: By using parking areas for parking vehicles and generating energy, the limited urban space is used optimally.

Parking at the Karlsruhe Trade Fair – Sustainability for large events

The parking lots at the Karlsruhe trade fair grounds are a strategically important location for the City Solar Carport System:

• High visitor traffic: The Karlsruhe Trade Fair attracts a large number of visitors every year, resulting in heavy use of the parking lots. The solar carports offer a sustainable energy source to meet the increased demand during events.
• Exemplary role for the event industry: The integration of sustainable technologies such as the City Solarcarport System can serve as a positive example for the event industry and inspire other events to take environmentally friendly measures.
• Power supply for e-mobility: The solar carports can also be equipped with e-charging stations to promote the electromobility of visitors and to offer environmentally friendly travel options.

Park & ​​Ride car park – Sustainable mobility for commuters

The P&R car park is another promising location for the City Solar Carport System:

• Low land conflict: Park and Ride facilities are often located on the outskirts of cities, where competition for space is less intense. Therefore, integrating solar carports causes only minor conflicts with other urban uses.
• Environmentally friendly commuting: The combination of solar carports and e-charging stations at P&R parking lots encourages commuters to use electric vehicles and public transport, thereby reducing CO2 emissions in the city center.
• Positive effects on the urban climate: The solar carports provide shade for the parked vehicles, which reduces heat buildup in the interior of the cars, thus contributing to an improvement in the urban climate.

Integration into the urban infrastructure

The implementation of the City Solar Carport System requires seamless integration into the urban infrastructure:

• Intelligent parking management: The solar carports can be equipped with sensors that display available parking spaces in real time and optimize traffic flow.
• Grid integration: The generated solar energy can be fed into the city's electricity grid to sustainably support the city's energy supply.
• Citizen participation and awareness-raising: Citizens should be actively involved in the project to raise awareness of renewable energies and sustainable mobility.

➡️ The City Solar Carport System with semi-transparent modules offers Karlsruhe the opportunity to combine sustainability, renewable energy, and smart technologies. The solar carports at the Karlsruhe Trade Fair Center enable a sustainable energy supply for major events and set a positive example for the event industry. The solar carports at park-and-ride facilities promote environmentally friendly mobility for commuters and improve the urban climate. Seamless integration into the city's infrastructure ensures efficient use of the generated energy and demonstrates Karlsruhe's commitment to a sustainable future. With this pioneering project, Karlsruhe can further strengthen its position as a leader in renewable energy and smart cities, making a valuable contribution to climate protection and the quality of life for its citizens.

Freiburg im Breisgau, known for its pioneering role in environmental protection and renewable energies, offers an ideal location for the implementation of a city solar carport system with semi-transparent modules. This innovative concept combines sustainable energy generation with intelligent parking space utilization.

City Solar Carport System with semi-transparent modules – A vision for sustainability

The City Solarcarport System in Freiburg is based on the principles of renewable energy generation and efficient land use:

• Semi-transparent modules: The solar carports are equipped with semi-transparent solar modules that allow daylight to pass through and provide pleasant lighting for the parking areas.
• Environmentally friendly energy: The solar carports use solar energy to produce clean electricity, which contributes to reducing CO2 emissions and promoting the energy transition.
• Intelligent parking space utilization: The solar carports not only offer protection from the elements for the parked vehicles, but also contribute to making optimal use of scarce urban space.

Freiburg Trade Fair Parking Lot – Sustainable Energy Supply for Events

The Freiburg Trade Fair parking lot is an attractive location for the City Solar Carport System:

• Event venue with ample space: The Freiburg Trade Fair Center is an important venue for trade fairs, concerts, and events, resulting in high parking occupancy. The integration of solar carports enables a sustainable energy supply during such events.
• A role model for the event industry: The installation of sustainable technologies such as the City Solarcarport System demonstrates Messe Freiburg's pioneering role in environmental protection and renewable energies and encourages other event venues to take similar measures.
• Promoting electromobility: The solar carports can be equipped with electric vehicle charging stations to promote electromobility for visitors and offer environmentally friendly travel options.

Park & ​​Ride car park at public transport hubs – Sustainable mobility for commuters

Park & ​​Ride car parks at public transport hubs also offer great potential for the City Solar Carport System:

• Transport hubs: Park & ​​Ride facilities are typically located at major transport hubs heavily used by commuters. The integration of solar carports and EV charging stations promotes the use of environmentally friendly modes of transport such as public transport and electric vehicles.
• Strengthening public transport: The solar carports can be integrated into the urban infrastructure and strengthen public transport by offering an environmentally friendly and convenient travel option.
• Raising awareness among commuters: The P&R parking lots serve as an important touchpoint to raise awareness among commuters about the benefits of renewable energies and sustainable mobility.

Integration into the urban infrastructure

The implementation of the City Solar Carport System requires seamless integration into the urban infrastructure:

• Grid integration: The generated solar energy can be fed into the city's electricity grid to sustainably support the city's energy supply.
• Intelligent parking management: By integrating sensors and intelligent management systems, available parking spaces can be displayed in real time and traffic flow can be optimized.
• Citizen participation and awareness-raising: Citizens should be actively involved in the project to raise awareness of renewable energies and sustainable mobility.

➡️ The City Solar Carport System with semi-transparent modules offers Freiburg im Breisgau a pioneering way to utilize renewable energy and make urban mobility more sustainable. The solar carports at the Freiburg Trade Fair Center provide a sustainable energy supply for events and set a positive example for the event industry. The solar carports at park-and-ride facilities promote environmentally friendly mobility for commuters and strengthen public transportation. Seamless integration into the urban infrastructure ensures efficient use of the generated energy and demonstrates Freiburg's commitment to a sustainable future. With this groundbreaking project, Freiburg im Breisgau can further expand its position as a leader in renewable energy and sustainable urban development and create a valuable asset.

Ulm, a city with a rich history and innovative visions for the future, offers a promising platform for the implementation of a city solar carport system with semi-transparent modules. This groundbreaking concept combines sustainable energy generation with intelligent parking solutions.

City Solar Carport System with semi-transparent modules – A green vision for the city

The City Solar Carport System in Ulm is based on the fundamental principles of sustainability and efficiency:

• Semi-transparent modules: The solar carports are equipped with semi-transparent solar modules that allow daylight to penetrate while ensuring optimal energy generation.
• Renewable energy: The solar carports use the power of the sun to produce clean electricity, thereby reducing CO2 emissions and advancing the energy transition.
• Intelligent parking space utilization: The solar carports not only offer protection from the elements for the parked vehicles, but also contribute to the efficient use of limited urban space.

Ulm Trade Fair Parking Lot – Sustainable Energy for Major Events

The Ulm Trade Fair parking lot is an ideal location for the City Solar Carport System:

• Event spaces with solar panels: The Ulm Trade Fair Center is a major venue for trade fairs, exhibitions, and events with high visitor traffic. The installation of solar carports enables a sustainable energy supply during these large events.
• A role model for the event industry: The integration of sustainable technologies such as the City Solarcarport System sets a positive example for the event industry and motivates other event locations to take similar environmentally friendly measures.
• Promoting electromobility: By supplementing solar carports with electric charging stations, electromobility can be promoted and environmentally friendly travel options for visitors can be created.

Parking spaces at shopping centers – sustainability for everyday mobility

The parking lots at shopping centers in Ulm offer great potential for the City Solar Carport System:

• High user traffic: Parking lots at shopping centers are frequented by a large number of people daily. Installing solar carports at these locations enables continuous and efficient energy generation.
• Contribution to environmental protection: The solar carports help to reduce CO2 emissions and lower the ecological footprint of visitors by providing environmentally friendly energy for the shopping centers.
• Raising environmental awareness: Integrating sustainable technologies into shopping centers can raise awareness of renewable energy and environmentally friendly mobility, and encourage customers to make sustainable choices.

Integration into the urban infrastructure

The successful implementation of the City Solar Carport System requires seamless integration into the urban infrastructure:

• Intelligent parking management: The solar carports can be equipped with modern sensors to display available parking spaces in real time and optimize traffic flow.
• Grid integration: The generated solar energy can be fed into the city's electricity grid to sustainably support the city's energy supply and store excess energy.
• Citizen participation and awareness-raising: Citizens should be actively involved in the project to raise awareness of renewable energies and sustainable mobility.

➡️ The City Solar Carport System with semi-transparent modules offers an innovative and sustainable solution for energy generation and parking in Ulm. The solar carports at the Ulm Trade Fair Center provide a sustainable energy supply for major events and set a positive example for the event industry. The solar carports at shopping center parking lots promote environmentally friendly everyday mobility and help raise awareness of renewable energies. Seamless integration into the urban infrastructure ensures efficient use of the generated energy and demonstrates Ulm's commitment to a sustainable future. With this pioneering project, Ulm can further expand its position as a leader in renewable energies and smart urban development, making a valuable contribution to climate protection and the quality of life for its citizens.

Baden-Württemberg is a pioneering region in Germany when it comes to innovative technologies and sustainability. Implementing a Smart City Parking solar carport concept in Baden-Württemberg offers an ideal opportunity to realize the vision of a smart city with sustainable mobility and clean energy generation. In this text, we will examine the key elements of this concept, from the fundamentals to the advantages and potential locations in Baden-Württemberg.

Smart City Parking Solar Carport Concept – Basics

The Smart City Parking solar carport concept combines modern smart city technologies with solar carports to enable sustainable mobility and clean energy generation. It is based on the following principles:

• Intelligent parking management: The concept includes sensors and cameras that record traffic flow and display available parking spaces to reduce traffic searching for parking.
• Solar carport systems: Semi-transparent solar modules on the carports generate renewable energy while simultaneously providing protection from the elements for the parked vehicles.
• Electromobility: The integration of e-charging stations into solar carports promotes electromobility and offers users a convenient way to charge their electric vehicles.

Advantages of the Smart City Parking Solar Carport Concept

The Smart City Parking solar carport concept offers a multitude of advantages:

• Sustainable energy generation: The solar carports produce clean energy from sunlight, thereby reducing CO2 emissions and advancing the energy transition.
• Reduction of traffic searching for parking: Intelligent parking management leads to more efficient use of existing parking spaces and reduces traffic in the city.
• Promoting electromobility: The availability of electric vehicle charging stations at solar carports supports the switch to electric vehicles and the expansion of the electromobility infrastructure.
• Strengthening environmental awareness: The concept demonstrates the region's commitment to sustainability and renewable energies and promotes environmental awareness among residents and visitors.

Potential locations for Smart City Parking solar carports in Baden-Württemberg

Baden-Württemberg offers numerous potential locations for the implementation of the Smart City Parking solar carport concept:

• Cities with high traffic volume: Locations with high traffic volume such as Stuttgart, Karlsruhe and Mannheim offer high occupancy of parking spaces and therefore great potential for traffic reduction.
• Large event venues: Trade fair and event grounds in Baden-Württemberg, such as the Maimarkt grounds in Mannheim or the Stuttgart Trade Fair, offer large areas for solar carports and an increased energy demand during events.
• Educational institutions: Universities and colleges in cities like Heidelberg, Freiburg and Tübingen have parking lots that could be equipped with solar carports and electric vehicle charging stations to promote sustainability and electromobility.

Integration into the Smart City infrastructure

The implementation of the Smart City Parking solar carport concept requires close integration into the existing Smart City infrastructure:

• Networking of systems: The smart city technologies used for parking management, energy monitoring and traffic control systems must be seamlessly connected to enable efficient and intelligent use.
• Data analysis and optimization: The collected data can be used to optimize traffic flow, identify energy efficiency measures, and continuously improve the system.
• Citizen participation and awareness-raising: The involvement of citizens and interest groups in the concept is crucial to raising awareness of sustainability and the benefits of the Smart City Parking Solar Carport System.

➡️ The Smart City Parking Solar Carport concept offers Baden-Württemberg the opportunity to combine innovative technologies with sustainability and clean energy generation. The integration of solar carports, intelligent parking management systems, and EV charging stations promotes electromobility and reduces CO2 emissions. Potential locations such as large event venues and educational institutions provide a broad basis for implementing the concept. Close integration into the Smart City infrastructure enables efficient and sustainable resource use and positions Baden-Württemberg as a pioneer in Smart City and renewable energy.