Smart Energy and Innovative Environmental Technologies
Adapting to climate change is essential for Riga’s development—reducing carbon emissions, improving urban air quality and energy efficiency, and enabling the deployment of environmentally friendly solutions. A clean environment, green spaces, and energy-efficient infrastructure contribute to healthier living conditions for all residents.
Riga is actively developing solutions to make the city greener, more energy-efficient, and better prepared for the impacts of climate change. Public lighting systems are already being modernised, energy-efficient infrastructure is expanding, and digital tools are being introduced to support climate data analysis. To reduce flood risks, the city is implementing innovative rainwater management and filtration systems.
Waste management processes are becoming smarter, with real-time data on sorting and recycling supporting the shift toward a circular economy. At the same time, digital tools are being developed to predict and manage environmental risks—enabling timely adaptation to environmental changes and ensuring a safe and sustainable urban environment for residents.
Looking ahead, Riga will enhance climate data forecasting and deploy digital solutions for environmental risk management. IoT sensors will provide real-time environmental monitoring, while urban infrastructure will become more efficient and climate-resilient. Energy consumption monitoring and control will be further improved to minimise losses and ensure more efficient resource use.
The city also plans to expand green areas and implement smart solutions to improve air quality, helping to mitigate the impacts of climate change.
Riga remains committed to implementing measures that will enable the city to reach climate neutrality by 2030.
Focus areas
Urban environmental quality monitoring (air, water, noise, light)
Energy efficiency and sustainable resource management
Waste management and the circular economy
Environmental sustainability and urban development Projects
The Climate-4-CAST project supports municipalities in planning and implementing actions to reduce greenhouse gas emissions and promote sustainable urban environments. The digital tool developed within the project enables informed decision-making, analysis of mitigation options, and effective planning of climate-related investments. The Significance of the Project for Riga Cities must adopt effective solutions to reduce greenhouse […]
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As part of the project, an online platform – the European City Calculator (EUCityCalc) – was implemented, allowing the development and analysis of various urban climate policy scenarios. This tool supports Riga in planning its path to climate neutrality, based on data analysis and modelling. The Significance of the Project for Riga In order for […]
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The project promotes the development of a new, standardized, and reliable transport data exchange ecosystem based on public-private cooperation. Currently, data from municipalities and logistics companies are not interoperable, limiting effective transport planning and sustainable mobility development. The solutions developed within the project improve the management of logistics flows and ensure data availability for both […]
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ExPEDite project develops and implements a new digital platform – a digital twin – that enables real-time monitoring, visualization, and management of energy flows at the urban district level. It helps plan energy production and consumption more efficiently, improve building energy performance, and adapt mobility solutions. The Significance of the Project for Riga Riga faces […]
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The project improves urban stormwater management by combining nature-based solutions with digital technologies to enhance stormwater treatment and strengthen municipalities’ capacity to monitor water quality. The Significance of the Project for Riga Riga faces stormwater pollution that affects both local water bodies and the Baltic Sea ecosystem. It is essential for the city to implement […]
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Urban airspace is becoming increasingly important in the development of new mobility solutions, especially regarding the use of drones and other unmanned aerial vehicles. The CITYAM project helps cities prepare for these changes by developing effective tools for urban airspace management and planning. The project promotes the development of a sustainable and safe unmanned aerial […]
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The project promotes the development of a sustainable and energy-efficient urban environment by creating Positive Energy Districts – areas where the amount of energy produced exceeds the energy consumed. It integrates smart energy and mobility technologies to improve the urban energy system and reduce greenhouse gas emissions. The Significance of the Project for Riga Cities […]
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An environmental and air quality monitoring station has been installed in Ķīpsala, enabling residents to track air cleanliness and other environmental factors in real time. Measurement data is displayed on a public screen at Zunda Embankment and is also available to the municipality and researchers, helping to identify pollution sources and plan actions to improve […]
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In Riga, Terbatas Street, innovative nature-based solutions have been introduced that improve the city’s ability to adapt to climate change. As part of the project, testing of green roofs, green walls, raingardens and other elements is ensured, which helps to reduce urban overheating and improve quality of life for residents. The Significance of the Project […]
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Urban ReLeaf engages residents in urban greening and climate change adaptation by promoting their participation in urban planning and improving environmental monitoring. The digital tools developed within the project help better understand and manage green infrastructure, improving city sustainability and resident well-being. The Significance of the Project for Riga Riga needs to strengthen its green […]
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