Smart CITY Эффективное управление городом Анвар Залибеков
Smart CITY – задачи проекта ● Инновационные решения ● «Зеленные» технологии ● «Умные» системы уровня города ● Снижение затрат ● Энергосбережение ● Эффективность персонала ● Комфорт ● Климат, безопасная среда ● Надежная работа служб города Smart CITY 2
Решение насущных проблем города Умные Водо, Теплоснабжение, КНС Умные здания Умный транспорт Умная Энергия Умные Общественные Службы • Интегрированная архитектура: распределение, Умная интеграция • Системы безопасности и управления безопасность, IT, управление системами • Система управления энергией • Интегрированная платформа управления транспортом • Метео 3
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«Умные» составляющие Умное Энергоснабжение Smart Grid Automation & Flexible Distribution Smart Metering Management & Demand Response Умные Водо, Теплоснабжение, КНС Distribution Management & Leak Detection Power, Control & Security Systems integration Renewables Integration & Micro Grid Real-Time Smart Grid Software Suite Умные Здания и Дома High-performance Buildings* • Energy Efficiency & Security solutions • Energy Services EV Charging Infrastructure & Supervision Services Traffic Management Efficient Homes • Home Energy management Tolling & Congestion Charging Stormwater management and Urban Flooding Connection to the Smart Grid Gas Distribution Management Умная Интеграция Умный Транспортный поток Умные Общественные Службы Public Safety • Video Surveillance • Emergency management Digital City Services • e. Government • Education • Healthcare • Tourism Street Lighting management Integrated Mobility • Public Transit • Traveler Information Integrated City Management Platform Resources monitoring & planning Weather intelligence Environment & Sustainability Strategy 5
Инновационность – интегрированная платформа обмена информацией Мэрия Резиденты Эффективное управление городом Сервисы и Информация Интегрированная Платформа Управления Городом Интеллектуальная сеть обмена данными Умное Энергоснабжение Умные Водо, Теплоснабжение, КНС Умные Здания и Дома Умный Транспортный поток Умные Общественные Службы 6
Опыт показывает 100% Автоматизация и интеграция monitoring and maintenance program • Up to 12% per year is lost without regulation and control systems Эффективное оборудование и системы Энергопотребление • Up to 8% per year is lost without Мониторинг и обслуживание + система менеджмента Время 7
Опыт показывает 100% Автоматизация и интеграция monitoring and maintenance program Отсутствие системы • Up to 12% per year is lost without regulation and control systems менеджмента Эффективное оборудование и системы Энергопотребление • Up to 8% per year is lost without Мониторинг и обслуживание Время 8
Eco. Struxure для города Планирование “Я планирую оптимальное использование активов города и принимаю управленческие решения” Планирование устойчивого развития Оптимизация “Я эффективно управляю службами и ресурсами” Управление энергией Управление деятельностью Управление ресурсами Управление “Я контролирую работу систем и оборудования” Энергоснабжение Технологический процесс Безопасность 9
3 уровня - 7 функций менеджмента Планирование Облако “Я планирую оптимальное использование активов города и принимаю управленческие решения” Планирование устойчивого развития Оптимизация “Я эффективно управляю службами и ресурсами” Управление деятельностью Управление “Я контролирую работу систем и оборудования” Управление ресурсами Управление энергией Безопасность Энергоснабжение Технологический процесс 10
Усилия при проектировании Продумать решения Стоимость изменения проекта IPD практика Обычная практика Концепция Стадия «П» Стадия «РД» Тендерy/ Закупка Монтаж IPD – Реализация интегрированного проекта 11
Опыт реализации 200+ городов Madrid, Spain An integrated operations center manages all traffic and critical infrastructure, solving mobility problems with a holistic approach New York, USA Mobile applications provide residents with travel information and weather conditions on-the-go Северная Америка >100 Cities Houston, USA Our building solutions guaranteed over $3 million in energy and water savings in over 40 Buildings including City Hall & downtown municipal buildings Европа >60 Cities Malaga, Spain Our Smart Street Lighting solution reduces the city’s lighting costs and emissions by over 30% Южная Америка >20 Cities Sao Paolo, Brazil An integrated command center with adaptive traffic control and CCTV city surveillance reduced average travel times by 14% Ближний Восток >10 Cities Mumbai, India A traffic management system provided on average 12% time savings to drivers in one of the most congested cities in the world Høje-Taastrup, Denmark Smart buildings solutions help local administration buildings, schools etc. save € 650 k by reducing energy consumption by 5. 3 GWh every year Азия >40 Cities Shantou, China Intuitive real-time water network management helps Shantou Water Supply Company optimise water consumption for the area with 1, 4 M inhabitants Singapore Our smart grid solutions help Singapore’s utility identify and quickly respond to electric outages 12
Rio de Janeiro, Brazil City Objectives ● City has been focused on optimizing individual systems to become more efficient, reduce costs, and improve quality of life ● Recently city has taken a holistic integrated approach to infrastructure management in preparation for upcoming Olympic Games and World Cup SE Contribution Over several years, Schneider Electric has worked with city agencies and utilities to implement: ● A water distribution automation system serving over 2 million citizens ● A traffic control center and advanced traffic management system for over 1000 intersections helping to optimize traffic ● Automation systems to manage electric and gas distribution ● Interfaced with IBM’s Intelligent Operations Center (IOC) to provide holistic view of city systems Impacts ●>15% reduction in traffic delays ●Improved response to water outage events and more efficient maintenance of water network ●Reduced operational costs of managing electric & gas network ●~80% of data provided in city IOC comes from SE systems Smart CITY 13
Xinxiang, China City Objectives ● Xinxiang, like most cities in China, is experiencing population growth and the challenge of managing this growth in an efficient, sustainable way ● City has been particularly focused on improving the transportation network to reduce congestion SE Contribution ● Emergency & Mobility Command & Control Center ● Real-time Adaptive Traffic Management System to optimize more than 140 intersections throughout the city ● CCTV Surveillance System using cameras and detectors, minimizing disruptions and activating maintenance when necessary ● Installation of a red-light violation system Impacts ●Reduction in average travel times ●Reduction in energy consumption of traffic lights ●Significant reduction in air pollution ●Improvement in road safety ●Optimized emergency procedures & reduced response times ● Integrated alarm receipt & handling system for mobile police ● Geographic Information System to manage city assets Smart CITY 14
Mumbai, India City Objectives ● Mumbai is one of the largest cities in the world and continues to increase in size at a significant rate ● The city faces strong challenges in terms of managing growth, improving sustainability, and increasing quality of services SE Contribution ● Implementation of real-time adaptive traffic control system to optimize traffic in 253 intersections throughout the city ● Central traffic control center to manage traffic remotely using cameras and detectors, minimizing disruptions and activating maintenance when necessary ● Water SCADA system to manage water distribution in the city Impacts ● 12% reduction in average travel times in the city ● 85% reduction in energy consumption of traffic light equipment ●Significant reduction in air pollution and accidents ●Increased efficiency and reduced operational cost of city water & wastewater management Smart CITY 15
Medina, Saudi Arabia City Objectives ● Due to its great historical and religious significance Medina receives millions of visitors each year ● To manage the sharply fluctuating population and load on city infrastructure the city has turned to advanced technology to make its infrastructure more efficient SE Contribution ● Distribution management & SCADA system providing advanced control of the city electric grid in Medina ● Urban traffic Equipment including Adaptive Traffic Management System with vehicle detection based on image recognition & CCTV cameras ● Traffic Information System utilizing dynamic message signs ● Police Automatic Vehicle Location system based on GPS ● Speed & red-light enforcement system Impacts ●Reduced operating cost and improved control of the electric grid ●Ability to adapt speed limits to the traffic situation, resulting in significant reductions in emissions ●Improved journey times and reduced delays, ●Increased road safety and reduced accidents Smart CITY 16
Dallas, United States City Objectives ● The Dallas metro area has seen significant growth in recent years and as a result congestion has increased ● Dallas would like to improve mobility along a key city corridor (US-75) which contains multiple modes of transportation controlled by several agencies SE Contribution ● Currently implementing one of world’s first integrated corridor management (ICM) systems to intelligently manage multimodal transportation in a key city corridor ● ICM platform will include information dissemination, multimodal trip planning, inter-agency coordination, event & incident management, weather forecasting, and a decision support system using simulation & traffic prediction ● Water SCADA system implemented by the Dallas Water Utility to manage city water distribution Impacts ● 1 of 2 Of the first Integrated Corridor Management systems worldwide ●Expected significant reduction in traffic along key corridor and increased use of multimodal mass transportation ●Increased efficiency of water distribution Smart CITY 17
Madrid, Spain City Objectives ● The capital city of Spain has expanded significantly in recent years due to a rising population and building boom ● To combat the strain on existing infrastructure, the city government has instituted many initiatives to improve efficiency in the city SE Contribution Over several years, Schneider Electric has worked with the city of Madrid to implement: ● A real-time adaptive traffic control system in 739 intersections ● An integrated platform to manage traffic control. CCTV system, city access control, variable messaging & web-based traveler information ● Stormwater management solution for key city canal ● Pilot of an Urban Energy Management System to control building energy consumption and provide usage information Smart CITY to residents Impacts ● 19% reduction in traffic delays and 5% reduction in average travel times ●Reduction of flooding effects in city ●Significant reduction in air pollution and traffic accidents ●Reduction in building energy consumption leading to recognition with a Sustainable City Award 18
Barcelona, Spain City Objectives ● Barcelona has a stated goal to become the world’s leading Smart City ● City is focused on improving sustainability and differentiating itself in the global economy ● Barcelona has begun a holistic planning process to achieve this goal with involvement from the private sector SE Contribution ● SE has worked with Barcelona over time to implement traffic management systems, fare collection & metro control center, and CCTV video security and command center ● We have strengthened our partnership with the city and are engaged to: ● Develop a Smart Mobility master plan for Barcelona ● Support development of the City Protocol reference architecture and measurement framework for Smart Cities ● Jointly build city services model for delivering value-added services to residents Smart CITY Impacts ●Significant reduction in traffic delays and improvement in air quality ●Development of a standard measurement framework for cities worldwide ●Establishment of innovative city services to improve quality of life for residents 19
Issy-les-Moulineaux, France City Objectives ● Development of first Smart District in France in Issyles-Moulineaux (Paris suburb) ● Technology demonstrator for the implementation of an energy management model at a district level covering 10, 000 residents SE Contribution ● Schneider Electric is working with a number of partners to develop an ecosystem of technology solutions which enables energy optimization at the neighborhood level ● Schneider Electric is providing: ● Energy efficiency solutions for buildings and homes ● Connecting systems and automation of the smart grid ● Renewables installation solutions ● EV charging management infrastructure Smart CITY 20
Качество Жизни Эффективность Инновации Планирование и отслеживание устойчивого развития Умная Энергия Управление трафиком Умная сеть водоснабжения Паркинг и общественный транспорт Возобновляемые источники энергии Электромобили Умное уличное освещение Безопасность Умные здания и дома Мониторинг качества и уровня загрязнения воздуха Интегрированная Платформа Управления Городом Smart CITY 21
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