昆山玉湖湿地公园 | 低碳生态公园的典范

HM华墨国际

2020

年度巨献

《昆山玉湖湿地公园城市设计和景观规划》

建成版

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昆山玉湖湿地公园城市设计和景观规划

项目概况

项目地点：江苏省昆山市玉山镇

基地面积：114.25公顷

建筑总面积：103.7万平方米

设计时间：2009.04-2010.09

建成时间：在建中

Location: Kunshan, 

Jiangsu Province

Site Area: 114.25ha

Construction Area: 1037000㎡

Design Date: 2009.04~2010.09

Completion: Under Construction

项目基地中央为面积500 多亩的玉湖，外围有陶店河、川家库河、风雷河环绕，自然景观得天独厚。本项目将低碳概念充分融入方案设计，欲打造一个以玉湖为依托，以低碳技术为特色的可持续生态公园。总体规划划分了“6+1”功能区，各功能区呈扇形围绕玉湖向心分布。

YU Lake, which covers an area of 500 mu, is in the centre of the site. Taodian River, Chuan Jiaku River, Fenglei River are all surrounding the site and form a unique natural scene. The project fully follows the idea of “low-carbon”and aims at establish a sustainable ecological park which depends on Yu Lake and is characterised with low-carbon technology. The whole planning is separated in “6+1”parts. All the parts distribute toward the center and form a fanshpe.

绿建技术

园区通过7 项低碳节能技术实现低碳目标：

1. 低碳规划：园区规划布局考虑建筑物的朝向、通风，以及微地形营造、植物配置，合理的交通流线，达到低碳化甚至是零碳化运作。

2. 建筑本体低碳：设计建筑时，充分考虑太阳能、自然通风和采光系统、外遮阳系统、保温节能系统、合理的结构体系、环保节能材料的运用，

做到既经济又节能！

3. 机电设备系统低碳：园区采用世界一流的温湿度独立控制系统、水、地源热泵系统、带新风的VRV 系统、热回收设备、变频技术、

地板辐射供热系统、能源再生电梯等低碳机电设备系统。

4. 节水技术：针对雨污废水，利用收集处理系统，回收中水及雨水用于绿化灌溉和清洁车辆。

5. 垃圾处理技术：利用垃圾分类回收系统处理园区垃圾。

6. 绿色照明技术：园区室外均采用感应控制风光互补路灯、LED 夜间照明、自发光标等绿色照明技术将其打造成不夜城。

7. 测控系统：利用自控系统分项计量合理分配建筑物内能源使用。

GREEN ARCHOTECTURAL TECHNOLOGIES

THIS Park fulfilling the low-carbon goal by these following saving energy technology:

1. Low-carbon Planning: The layout of this park considers the orientation, ventilation, as well as microtopography

of the building construction, plant configuration, reasonable traffic flow line, to low-carbon or

even zeros carbon operations.

2. carbon body building: While we designing the building, we fully considerate solar energy, natural ventilation

and lighting systems, exterior shading systems, thermal insulation systems, reasonable structure system, use of

environmentally friendly energy-saving materials, to make the project both economic and energy!

3. Low-carbon Electrical Equipment System: We chose a world-class independent temperature and humidity

control system, water, ground source heat pump systems, VRV system with fresh air, heat recovery equipment,

inverter technology, radiant floor heating systems, renewable energy and other low-lift carbon mechanical

and electrical equipment systems.

4. Saving water technology: For rain and sewage wastewater collection and treatment systems use, recycling

water and rainwater for irrigation of green and clean vehicles.

5. Garbage recycle technology: the use of Garbage separation and recycle system processing park trash.

6. Green lighting technology: The outdoor sensors are used to control wind and solar lights, LED night light, selfluminous

logo and other green lighting technology to build a light city in the night.

7. monitoring and control system: The use of sub-metering automation systems rational allocation of energy

use in buildings.

园区景观设计

设计原则:

1. 特色型原则

充分解读规划和甲方意愿的基础上，在昆山营造体现低碳特色的产业主题公园。

2. 功能性原则。

充分考虑旅游娱乐、科普教育、科技展示功能，将功能与基地环境、景观融为

一体，相互发展，为公园的可持续发展注入生命力。

3. 时代性原则

我们的景观设计有别于一般的风景区的自然式手法，通过建筑小品、构筑物、

地形和材质的刻画营造，凸显场地的精神与文化。

4. 生态性原则

通过对玉山湖的治理，力求打造一个以玉山湖为依托，以低碳技术为特色的可

持续生态公园。

LANDSCAPE DESIGN

Design principles：

1.Characteristic principle

On the basis of fully interpret planning and party a will. In kunshan to build theme parks reflect the

characteristics of low carbon industry.

2.The functional principle

Fully considering the tourist entertainment, popular science education, science and technology demonstration

function, environment, landscape function and base together, mutual development, injected vitality to the

park's sustainable development.

3.Modernity principles

Our landscape design is different from the general scenic natural type technique, through the building,

structure, terrain and the material construction, highlight field of spirit and culture.

4.Ecological principle

Through to the yushan lake governance, and strive to create a, which is based on Yushan lake,which are

characterized by low-carbon technologies of sustainable ecological park.

——  END  ——

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