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Low Carbon Cities

Low Carbon Cities

The development of low-carbon smart cities, driven by digital technologies, is one of the most remarkable accomplishments of the 21st century. These cities enhance the lives of residents by providing previously unimaginable digital services that simplify daily routines, increase fulfilment, and enhance security. However, the transformation of cities is still in its early stages. As citizens’ expectations rise, urban populations grow, and energy efficiency and sustainability become more significant, coupled with ongoing upgrades to government systems, the pace of progress and innovation is expected to continue unabated.

ENGIE’s core ambition lies in creating energy-efficient and smart cities of the future. To achieve this, we have developed a wide range of expertise focused on decarbonizing cities by implementing energy-efficient street lighting, connectivity, and traffic management systems. These initiatives aim to improve environmental sustainability, enhance urban safety, and introduce new services for citizens and municipal utilities. Our offerings include:

  • Outdoor smart street lighting: Comprehensive networks and lighting solutions for various developments, public spaces, and roads
  • High-energy performance lighting solutions: Control of lighting duration for specific neighbourhoods and sites, modulation of light intensity based on seasonal or event-based requirements 
  • Implementation of smart management systems: Advanced systems for remote management, supervision, hypervision, smart lamp posts, smart lighting, light bubbles, individual lighting control at each light point, detection of available parking spaces, and real-time monitoring of traffic conditions
  • Architectural illumination: Specialized lighting solutions to highlight and magnify monuments and iconic spaces
  • Low-carbon mobility: Sustainable mobility options that contribute to reducing carbon emissions
  • Integration of 4G/5G WiFi hotspots: Smart street light network that seamlessly integrates WiFi hotspots to provide connectivity to residents and visitors.
  • Environmental protection and sustainability: CO2 monitoring, air quality assessment, and noise monitoring to ensure a healthier and more sustainable urban environment

Benefits of our low carbon cities solutions

Low Carbon Cities

Value Realization & Cost Reduction

Eliminate the need for capital expenditure and guaranteed performance through our design, financing, installation, and operations model

Low Carbon Cities

Maximum Energy Efficiency

Quality-tested LED solutions and a professional light management system for individual dimming profiles and event control; adaptive light to DIN 13201-1:2020

Low Carbon Cities

Smart Auxiliary Features

Wireless network and user-friendly dashboards for air quality and noise monitoring, traffic counting, parking availability, citizen information (digital signage), e-mobility

Low Carbon Cities

Environmental Protection & Sustainability

Directed “traveling” light which protects against light pollution; use of insect-friendly light colours and certified materials that take into account extended life cycles and recycling

Low Carbon Cities

Safety

Event detection (noise level sensor, audio fingerprint, call for help detector) that triggers illumination including alarm

Low Carbon Cities

Operation Optimized Lighting Control

Platform-based lighting solutions in a radio-connected infrastructure (for example, LoRaWAN) via powerful controllers

+ 1 Mn

Public Lighting Points Managed

200 GW/h

Energy Savings

30 %

Reduced Power Consumption

500 + cities

Smart Cities Worldwide

Case Studies

How did the Abu Dhabi Investment Office (ADIO) and Department of Municipalities and Transport (DMT), adopt energy-efficient road lighting for the emirate of Abu Dhabi?

Our client, The Abu Dhabi Investment Office (ADIO), in collaboration with the Department of Municipalities and Transport (DMT), partnered with ENGIE Solutions to deliver the emirate’s energy- efficient Road Lighting LED public-private partnership (PPP) project.

With ENGIE’s Low Carbon Cities solution, we implemented energy-efficient street lighting solutions leverage advanced technologies, such as LED (Light Emitting Diode) lamps, to reduce energy consumption by 74% and minimize electricity costs.

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How did the city of Angers Loire Metropole, France improve the quality of life for its residents with innovative solutions for their public lighting infrastructure?

Angers Loire Metropole has 290,000 inhabitants including the city of Angers and 28 other cities located in the western center of France. The city wanted to transition to a smart city, accelerate their energy transition, improve public services for citizens, optimize public services costs and increase the overall attractiveness of the city.

ENGIE implemented the public lighting infrastructure solution that would focus on decarbonization and environmental sustainability with tools for effective management, facilitating data-driven decision-making across various parts of the city.

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How the city of Uberlândia, Brazil generated 49.39% of energy savings with ENGIE’s public-private partnership (PPP) model lighting infrastructure solution?

Uberlândia is the second largest municipality in the state of Minas Gerais in population. The city wanted to enhance its public lighting infrastructure to showcase its commitment to technological advancement, environmental consciousness, and reducing costs.

ENGIE financed a street lighting public-private partnership (PPP) model in Uberlândia by modernizing its lighting park and implementing smart solutions. The 20-year agreement covers the administrative concession for that modernization, enhanced efficiency, expansion, operation and maintenance of the public lighting network in the municipality. The partnership entails retrofitting of more than 87 street lighting units with LED technology, generating energy savings of at least 49.39%.

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