丹麦新能源汽车充电公园 / EFFEKT_景观_设计案例作品

发布时间：2024-02-21 19:12:00 {{ caseViews }} {{ caseCollects }}

EFFEKT 建筑工作室公布了丹麦森讷堡（Sønderborg）新电动汽车快速充电站“Better Energy Charge”的设计方案，将传统加油站改造成了一个充电公园！

作为可再生能源公司 Better Energy 的首个试点项目，它的诞生旨在应对整个欧洲电动汽车应用和充电基础设施方面的紧迫挑战，同时促进可再生能源、环保意识和技术之间的协同作用。充电公园中的木质结构设计旨在创造一种顺畅、舒适的移动体验。

EFFEKT: Architecture studio EFFEKT has revealed the design for a new fast charging station for EVs (electric vehicles) “Better Energy Charge” in Sønderborg, Denmark, transforming the conventional petrol station into a park!

Completed as the first pilot project for the renewable energy company, Better Energy, with more in the pipeline, the charging park’s timber structure was designed to create a seamless and inviting mobility experience. It aims to address the pressing challenges of EV adoption and charging infrastructure across Europe while promoting the synergy between renewable energy, environmental consciousness and technology.

与依赖混凝土、钢材、沥青和玻璃等碳密集型材料的传统加油站不同，Better Energy Charge 采用透水路面、利用自然环境中的休闲空间以及生物基材料，全面践行生态环保的理念。此外，充电公园还整合了当地生态系统以及野生动植物栖息地。这种整合效果将在春季变得更加明显，届时，充满生机的野生草地植物将环绕充电站，为使用者提供生物多样性空间中的自然体验，使充电体验不仅仅只停留在实用层面。

Unlike traditional petrol stations that rely on carbon-intensive materials such as concrete, steel, asphalt, and glass, Better Energy Charge embraces permeable surfaces, recreational spaces in natural surroundings and biobased materials. In addition, the charging station integrates local ecosystems and habitats for wildlife and plants. This integration will become even more apparent in Spring when a vibrant mix of wild meadow flora will surround the charging park – offering users a nature experience in a biodiverse space – making the charging experience more than just a practicality.

EFFEKT 联合创始人兼创意总监 Sinus Lynge 表示：“当今，我们在欧洲进行的主要讨论之一涉及到绿色能源技术应用的阻力问题。然而，技术并不一定是要与自然对立；事实上，它是保护我们赖以生存的自然世界和生态系统的先决条件。”

Sinus Lynge 进一步强调：“如果我们重新确立‘人类是自然世界不可分割的一部分’这一理念，那么建筑和基础设施就会成为以全新方式构建人与自然关系的手段。我们希望通过 Better Energy Charge 的设计向丹麦和欧洲人民证明，只要我们认真做好设计，就能够利用技术重新与自然联系起来。”

“One of the major discussions we have in Europe today concerns the resistance to the deployment of green energy technology. However, technology does not have to be in opposition to nature; in fact, it is a prerequisite for preserving the natural world and ecosystems that we inhabit and are entirely dependent on,” said EFFEKT Co-founder and Creative Director, Sinus Lynge.

“If we re-establish the idea of humans being an integral part of the natural world, architecture and infrastructure become the means to design human-nature relationships in a new way. With the design for Better Energy Charge, we hope to demonstrate to the Danish and European people that we can use technology to reconnect with nature if we are careful about getting the design right,” he continued.

Better Energy Charge 将实施动态定价方案，以激励消费者在高峰时段为车辆充电。

“我们希望鼓励人们在电网中有大量可再生能源电力的情况下为汽车充电，在阳光明媚、风和日丽的时候为汽车充电将会更加实惠。这种方法不仅能为用户提供更低的价格，还有助于解决能源储存等长期存在的问题，并确保为我们的电动汽车提供动力的能源是真正的绿色能源。”Better Energy 公司电力解决方案执行副总裁 Peter Munck Søe-Jensen 表示。

Better Energy Charge implements a dynamic pricing scheme, which incentivises consumers to charge their vehicles at peak times for renewable energy.

“We want to encourage people to charge their car when there is a lot of renewable electricity in the grid by making it cheaper when the sun is shining and the wind is blowing,” said Peter Munck Søe-Jensen, EVP of Power Solutions at Better Energy. “Not only does this approach offer lower prices to users, it also helps solve long standing issues such as energy storage and ensures that the energy powering our EVs is actually green.”

绿色交通的未来一瞥 A glimpse into the future of green mobility

“我们希望充电站的设计如同丹麦的经典家具造型一样，是有机的、具有吸引力的。我们使用了大自然本身的材料——建筑结构由交叉层压木材建造，这种木材在整个使用周期内都能吸收大气中的二氧化碳。”Sinus Lynge解释说。

The charging park’s organic shape is designed to signal the shift from fossil fuels to renewable energy and is inspired by the curved car lanes that make up the charging station’s primary function.

“We wanted the pavilion’s design to be organic and inviting, much like Danish furniture classics. We have used nature’s own materials – the construction is built in cross-laminated timber, which binds CO2 from the atmosphere throughout its entire lifespan,” explained Sinus Lynge.

对可持续发展的承诺贯穿于充电公园的整个生命周期，大量使用木材可以最大限度地减少浪费并提高可扩展性。充电站模块化的网格系统也可以方便扩展或缩小规模，以适应不同的场地需求，还可以轻松拆卸并重新利用建筑组件。

The commitment to sustainability extends throughout the lifecycle of the station, with the use of mass timber to minimise waste and enhance scalability. A modular grid system allows for easy expansion or downsizing to accommodate different site requirements, and it also enables the effortless disassembly and repurposing of building components.

▽结构的可扩展性 GIF，Scalability

Sinus Lynge 继续说道：“通过 Better Energy Charge，我们有机会结合能源、生态和建筑领域的最佳做法来重新思考交通体验。电动汽车充电需要一定的时间，因此除了必要的充电设施外，一个重要的考虑因素是充电站还需要配备优质的服务和自然环境中的休闲场所，供驾驶员和乘客休息与放松。”

“With Better Energy Charge, we had the opportunity to rethink the mobility experience by incorporating best practices from the energy, ecology, and building sectors. Electric cars take some time to charge, so in addition to essential charging facilities, it was an important consideration that the station features quality services and recreational areas in natural surroundings for drivers and passengers to rest and relax,” said Sinus Lynge.

“电动汽车噪音小，没有有害气体排放，也不会出现石油或汽油泄漏的情况。这使我们能够捍卫环保理念，打造如长满景天属植物的绿色屋顶、可吸收雨水的花坛，以及模糊绿化区域和驾驶区域之间界限的透水路面。”

“Electric cars are quiet, have no harmful emissions, and don’t spill oil and gasoline. This allowed us to champion eco-friendly features such as a green sedum roof and flower beds that absorb rainwater and permeable paving that blurs the boundaries between the green surroundings and the driving areas,” he added.

此外，参观者还有机会登上屋顶，观赏 Better Energy 研发的太阳能公园，或者参观陈列室，了解更多有关可再生能源的信息。