Selected Smart Community Experiences

Transcription

1 Selected Smart Community Experiences NIKKEN SEKKEI LTD March 5/ 2015 Presentation for Smart Community Seminar in Andhra Pradesh

2 1) Nikken Sekkei Introduction 2) Selected Smart Community Projects by Nikken Sekkei

3 Nikken Sekkei - Established in Over 20,000 projects in 40 countries Professionals (Registered Architects 1,047)

4 Nikken Group Organization

5 Nikken Sekkei NETWORK RUSSIA KAZAKHSTAN BEIJING TIAN JIN SUZHOU China DALIAN SHANGHAI JAPAN HANGZHOW HONG KONG NING BIAN EGYPT QATAR KUWAIT IRAN SHENZHEN SEOUL BAHRAIN OMAN MAKKAH JEDDAH DUBAI ABU DHABI RIYADH Saudi Arabia UAE DELHI CHENNAI India Thailand Malaysia INDONESIA SINGAPORE Vietnam HANOI HO CHI MIN Philippines MOROCCO

6 Selected Smart Community Projects by Nikken Sekkei 1. Tianjin Yujiapu APEC LCMT FS (Phase1), Tianjin, China : Comprehensive Low Carbon Center Business District 2. Kashiwa-no-ha Smart City, Chiba Pref., Japan : The first Full-fledged Smart City in Japan 3. Tokyo Sky Tree, Tokyo, Japan : High-end DHC by Area Energy Management System

7 Tianjin Yujiapu Development Project, Tianjin, China APEC Low Carbon Model Town (LCMT) Project Feasibility Study Phase1 Tianjin YUJIAPU Low-Carbon CBD 11

8 Tianjin Yujiapu APEC LCMT FS (Phase1), Tianjin, China - The Central Business District occupies 4km 2 with a total construction area of 9,500,000m 2 - Planned daytime population is 500,000 and 50,000 in nighttime. - Construction is on-going in some part of priority development areas. Sino-Singapore Eco city Beijing City Tianjin City, Downtown 120km Yujiapu Tianjin City, Downtown 35km Yujiapu Binhai New Area

9 Tianjin Yujiapu APEC LCMT FS (Phase1), Tianjin, China < CO2Reduction Target > [ Aiming at real reduction of approximately 50% ] In 2020 (mid-term) real reduction of approximately 30% (which is over 50% CO2/GDP) In 2030 (long-term) real reduction of approximately 50% t-co2/a BAU (Business as Usual) 1) (Transportation) (Building) 1) Standard type buildings without low carbonized 2) GDP growth by 2020 is set as 5% that is around ½ of the actual growth with consideration of uncertainty of prediction. 3) Mitigation effects by area energy, renewal energy and untapped energy are counted into the result of CO2 reduction in Buildings 30% reduction (Transportation) ( 30% ) (Building) ( 30% ) 50% reduction (Transportation) ( 50% ) (Building) ( 50% ) (50% CO2/GDP 2) ) in 2010 (Present) in 2020 (mid-term) in 2030 (long-term)

10 Tianjin Yujiapu APEC LCMT FS (Phase1), Tianjin, China Develop the integrated Low carbon processes by Hierarchy Approach It is necessary to configure Breakdown targets of CO2 mitigation on each measure in each Category to achieve the total Low carbon Target. BAU CO2 Emission Demand Side (Buildings) Low carbon Building Low carbon Urban Structure District Energy System CO2 Mitigation Effects Hot Water Lighting AC Façade Design Supply Side (Area Energy) Untapped Energy Renewable Energy Demand Side (Transportation) Low carbon Traffic Management Area Energy Management System Innovation of Low carbon Technology by 2030

11 Tianjin Yujiapu APEC LCMT FS (Phase1), Tianjin, China Propose Smart unit development for fitting gradual development [Common Trench ( Main Trench)] A smart unit can cover sub-networks of infrastructures as follows; 500~800m DHC supply area (Site area : 20-60ha) Park and open space DHC main plant (with untapped energy) (demand and supply control system) [Subway Network] [Heat supply Network] Sub grid Point will be able to connect to neighboring unit Main grid (Connecting to neighboring unit) [BRT Network] [Untapped and Renewable energy Network]

12 Developing Smart City in Kashiwa-no-ha campus Kashiwanoha Shopping mall from ,500 m2 (180 tenants) Kashiwa-no-ha Park Chiba University District 148 Site area : 23,344m2 Total floor : 53,277m2 Office, Commercial, Hotel, Rental residence (Under construction by 2014) University of Tokyo Park City Kashiwa-no-ha Campus 2 nd Town 119,000 m2 (880 units) (Under construction) Tsukuba Tsukuba EX Kashiwa-no-ha Campus Park City Kashiwa-no-ha Campus 1 st Town From ,000 m2 (997 units) Kashiwa-no-ha Campus Railway Station Kunitachi Akihabara Tokyo Kashiwa City 20km 30km A new 2,730,000m 2 (273ha) town with a planned population of 26,000 Yokohama Tsukuba Express (Opened in 2005)

13 Developing Smart City in Kashiwa-no-ha campus Smart City Concept : Aiming a model for resolving global issues Environmentalfriendly City Centralizing regional energy management Saving, creating, and storing energy Encouraging sustainable localization in food and energy Low-carbon urban transportation Maintaining lifelines during disasters City of Health and Longevity Engaging in regional collaboration for disease prevention and preventive care Ensuring full social participation of the elderly population Using information and communication technology for inter-generational interaction City of New Industry Creation Supporting local start-ups that utilize cutting-edge Japanese technology Fostering new industries that can provide a solid foundation for a green economy Creating a world-leading community of innovative start-ups Safe, secure, and sustainable Smart City

14 Developing Smart City in Kashiwa-no-ha campus Develop First Full-Fledged Smart Grid in Japan LaLaport Kashiwa-no-ha Storage batteries Solar power generation BEMS Park City Kashiwa-no-ha Campus 1 st Town HEMS Kashiwa-no-ha Smart Center -- Center of Area Energy Management System HEMS Electric vehicles HEMS: Home energy management system HEMS BEMS Park City Kashiwa-no-ha Campus 2 nd Town BEMS: Building energy management system District 148 hotel and residences District 148 shops and offices Power company transmission network Private emergency transmission lines Information and communications network

15 Tokyo Sky Tree Advanced DHC & AEMS *AEMS: Area Energy Management System C TOKYO-SKYTREE

16 Tokyo Sky Tree Advanced DHC & AEMS Achieving advanced and high efficient DHC with Turbo Refregerator, Heat Pump and Mega-scale Heat Storage System Turbo ref. +Heat pump Main Plant Sub plant Large heat storage by water

17 Tokyo Sky Tree Advanced DHC & AEMS High efficient Low efficient Top revel COP (Co efficiency of performance) of DHC in Japan! 一次エネルキ ー効率 (COP) 全国の地域冷暖房実績 ( 平成 20 年度 ) Sky Tree COP= Low carbon emission 販売熱量あたり CO 2 排出量 (g-co 2 /MJ) Existing 全国地域冷暖房 DHP Plants Averaged 全国地域冷暖房 CO2 emission from 平均 existing CO2 DHC Averaged 全国地域冷暖房 COP of existing 平均 COP DHC 一次エネルギー効率 (COP)= 供給熱量 / 一次エネルギー消費量 high carbon emission

18 Tokyo Sky Tree Advanced DHC & AEMS Area Energy Management System with Cloud-type network with data interaction system by Internet Management whole energy consumption Dater Center Data base server Monitor and operate from any PC Via VPN WEB server WEB for Homepage Tenants Cloud system by Internet Via VPN Via VPN Sub system for Invoice of Energy consumption (POS system) Support by Energy Experts in Nikken Sekkei LCEM For tenants TeSS Energy trend data (annual, monthly, daily) Gather integrated energy data from buildings BA-S PC for monitoring PC for BMS NBS Sub system for charging energy usage Prepare Annual & Monthly Energy report BMS : Building Management System BA-S : Building Automation System LCEM : Life Cycle Management System

19 Thank You