Smart City Specify Design
智能城市专项设计
introduction 总述
working for cooperation 以合作模式进行工作
project 项目
introduction
总述
Nowadays smart city is like a modern label for city development. Worldwide there are many kinds of city developments so called as ‚smart city‘, which have various focus.
现今，智能城市作为一个现代的标志出现于城市发展进程。纵观世界，有许多城市，带有各自的发展侧重点，均称为“智能城市”。
We are looking for the special situation of each project area and find out the best solution for this task. In general the main parts of a smart city development are:
我们根据每个项目区的特殊情况，找出这个任务的最佳解决方案。一般而言，智能城市发展的主要部件有：
Our goals and the necessary parts to reach them:
我们的目标和达到这些目标的必要的因素：
Data intelligent 智能数据网络:
A wide range of electronic and digital applications to communities and cities, which effectively work to conflate the term with ideas about the cyber, digital, wired, information or knowledge based city. The use of information technology to transform life and work within a region in significant and fundamental ways, also bring ICTs and people together to enhance innovation, learning, and the digital infrastructure for communication and knowledge management.
Social education should include the importance of social learning, education and social capital for developing the smart city.
在社区及城市广泛的电子和数字应用，使其有效地开展与网络，数字，有线，信息或知识型城市相关的工作。利用信息技术在一个区域内显著和根本地改变生活和工作方式，并且融合信息通信技术与人一起加强创新，学习，以及利用通信基础设施进行沟通和知识管理。
发展智慧城市，在社会教育方面应该包括社会综合性学习，教育和社会重要性。
Living quality 居住质量:
The majority of citizens should be able to have high-quality, affordable and attractive housing, with low-cost and resource conserving.
In neighborhood a range of public space and public services, balanced between public green space, private space, leisure activities, art and culture.
High standards infrastructure facilities, open government , comprehensive WLAN covering.
Living in a safe and secure condition.
Strong and comprehensive health care system, including health promoting and medical care.
大部分市民应该能够拥有高品质，实惠和有吸引力的住房，具有低成本和资源节约型特征。
在居住周边拥有足够的公共绿地，私人空间，平衡规划公共空间和公共服务，休闲活动，艺术和文化活动。
高标准的基础设施，政务公开，全面的网络覆盖。
生活在一个安全和安全环境内。
强大而全面的医疗保健系统，包括促进健康和医疗保健。
Resource conserving 资源保护：
City development combined with environmental protection.
In general there are 4 methods to approach resource preservation:
Energy: use of renewable sources and waste heating, increase of energy efficiency and decrease energy consumption.
Mobility: density living neighbourhoods, easy accessibility for living, shopping and working, range of public transportation and convenience CO²-free (walking and cycling).
Buildings: cost-optimized zero energy buildings.
城市发展与环境保护相结合 一般来说有4种途径，
能源：使用可再生能源和废物加热，提高能源效率，降低能源消耗。
移动性：高密度居住的街区，居住，购物，工作便利，覆盖全面的公共交通，便利的无二氧化碳排放交通（步行和骑自行车）。
建筑：成本优化的零能耗建筑。
working for cooperation
以合作模式工作
The goal of each smart city development must be, to build a healthy, safe and comfortable living space for the inhabitants with as less as possible negative impact on the environment.
每个智能城市发展的目标必须是，为居民建立健康，安全，舒适的生活空间，尽可能减少对环境可能产生的负面影响。
We want to bring together the requirements of :
我们需要揉合各种需求：
project
项目
Luoxi Island development conceptual planning Service Proposal
洛溪岛改造概念规划服务建议书
Address: Luoxi Island, in the South of Guangzhou city. , China
Working time: 2014
项目地点： 洛溪岛 ，广州市南部，中国
项目时间：2014
Project size 项目面积
Planning area：433.75ha (green space ： 0.6 million square meter)
规划用地：433.75公顷，其中绿化用地：60万平方米
SINGER | Sino-German Electromobility Research
中德电动汽车研究
Duration 01/2014 – 12/2016
项目时间 01/2014 – 12/2016
Content
Differnet work packages on the topics:
E-Mobility & Urban Development
Technology (material standar disation for batteries)
Airport Infrastructure
Urban (Bus-)Transport
technical exchange and joint testing and evaluation of electric vehicles
investigation of the existing political and administrative governance-process
内容
下面工作方向:
电动力和城市发展
技术（材料要求，电池持久力）
机场配套
城市火车，轻轨，巴士交通
技术交换和共同测试及评估电动力汽车
现行的政策和行政治理过程研究
mySMARTLife - Smart Transition of EU cities towards a new concept of smart Life and Econom
我的智能生活 - 欧盟城市向智能生活和经济新概念的智能转型
The mySMARTLife project brings together the three lighthouse cities Hamburg (Germany), Helsinki (Finland) and Nantes (France) with the follower cities Bydgoszcz (Poland), Palencia (Spain), Rijeka (Croatia) and Varna (Bulgaria). Together with local small and medium enterprises (SME), industrial partners, research institutions and universities they form an inter- and transdisciplinary consortium of 28 European partners who aim to implement and practically demonstrate integrated Smart City concepts and solutions. In Hamburg, the borough of Bergedorf acts as demonstration site for the implementation of decentralized urban energy systems and energy storages, a holistic electromobility concept and interlinked digital infrastructure measures.
Working time: 2016 – 2021
我的智能生活项目将参照汉堡（德国），赫尔辛基（芬兰）和南特（法国）这三个城市，并跟随城市Bydgoszcz（波兰），Palencia（西班牙），Rijeka（克罗地亚）和Varna（保加利亚）进行研究。与当地中小企业（SME），工业合作伙伴，研究机构和大学一起，组建了一个由28个欧洲合作伙伴组成的跨学科跨学科联盟，旨在实施智能城市综合概念和解决方案。在汉堡，Bergedorf区作为实施分散城市能源系统和能源储存的示范点，整体电动概念和数字化联系的基础设施措施。
项目时间：2016-2021
Rural-Urban Partnerships Motivating Regional Economies (RUMORE)
农村 - 城市伙伴合作以激励区域经济（RUMORE）
Duration 2017 – 2021
项目时间 2017 - 2021
RUMORE brings together regions from five European countries. The regions of Burgas, Central Macedonia, Lombardy, Lüneburg, Twente and West Netherlands are involved in an intensive interregional learning process and work closely together to identify good examples of cluster cooperation, stakeholder involvement and knowledge transfer. The exchange of experience results in the development of new methods as well as concrete measures for improved policies in the field of regional innovation strategies.
RUMORE汇集了五个来自不同欧洲国家的地区（布尔加斯，马其顿中部，伦巴底，吕内堡，特温特和西荷兰）参与区域间学习及密切合作，建立良好实例。并通过交流经验开发出新的方法，并在区域创新战略领域中针对改进政策的具体措施。
Smart home Apartimentum Hamburg
智能居家 - Apartimentum汉堡
Construction time: march 2013 – january 2016
Costs Electrics: 1.400.000,00 EURO
项目时间：2013年3月到2016年1月
电子造价： 1.400.000,00 欧元
The goal of this project is: to built the most intelligent building in Germany with the highest standard of digital comfort. All components communicate through open IP-ports. This IT-grid is working independently from all other „normal“ installations.
该项目的目标是：建成在德国最智能的建筑，符合数码舒适的最高标准。所有的组件通过开放的IP端口进行通信。这种IT网从所有其他“正常”的部件外安装并独立工作。
Award: SmartHome Deutschland Award 2015， Category: Best project: 1.Platz / Berlin, 12. May 2015
奖励： 2015年德国智能家居金奖， 类别：最好的项目：第一名 /柏林，2015年5月12日
Cities-4-People – New approaches for community-driven sustainable mobility innovations at neighbourhood and urban district level
在邻里和城区间范围内可持续发展的创新性交通的新方法
Duration 项目时间 2017 – 2020
incorporates collective awareness and open innovation to understand the real needs of EU citizens and co-create new mobility so-lutions with them, harnessing digital and social innovation. Based on a local community setting and supported by cross-disciplinary teams and a comprehensive suite of collaborative technologies (both online and of-fline), citizens along with public and private city stakeholders will co-develop concepts and endorse concrete solutions – inspired by growing mobility trends (e.g. shared mobility and connected mobility). The best solutions will be put to the real test in a thorough pilot and scale up pro-gram in 5 different EU urban areas with rich diversity in terms of size, population density and socioeconomic context: Oxfordshire (UK), Buda-pest (Hungary), Hamburg (Germany), Trikala (Greece), and Istanbul (Turkey). In parallel, the project will introduce an open pro-cess to co-develop a common Core Outcome Set of definitions, metrics, indicators and methods to guide POTM impact assessment and place, for the first time, the citizen into the equation.
FORCE - Cities cooperating for circular economy
FORCE - 城市循环经济合作
Duration 01.09.2016 - 31.08.2020
项目时间：01.09.2016 - 31.08.2020
FORCE is linking up here and testing the innovative value chain partnership (VCP) for the development and implementation of Circular City in urban waste management. As part of the project, the four partner cities of Genoa, Hamburg, Copenhagen and Lisbon are establishing new collaborative processes between central actors of public administration, municipal enterprises and the private sector. The aim of the VCP is to develop innovative solutions for material cycles for the materials plastic, scrap metal as well as bio- and wood waste. Together, the local cooperations are testing the technical and process-related solutions of a local loop system.
FORCE在城市发展和实施，连接并尝试新的创新型价值链伙伴关系（VCP），在城市垃圾管理的发展和实施环城一个创新的概念测试的力的关系。根据该项目，热那亚，汉堡，哥本哈根和里斯本的四个伙伴城市建立公共管理部门的主要参与者，市属企业和私营部门之间新的合作进程。该VCP的目的是开发一种用于对材料的塑料，废金属和有机和木材废料循环创新的解决方案。一起测试当地合作的技术和工艺解决方案的本地循环经济。
