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Perforated Plates and Renewable Energy in Sustainable Urban Living

Author:
Yu-ting Huang
Perforated Plates and Renewable Energy in Sustainable Urban Living

Project in-detail

Utilizing perforated plates and a rainwater collection system, the design integrates renewable energy solutions to create sustainable living spaces that address urban density challenges.
5 key facts about this project
01
Utilizes perforated plates to enhance natural ventilation and reduce heat gain.
02
Integrates a rainwater collection system that promotes efficient water management.
03
Incorporates solar panels to provide renewable energy for the building.
04
Achieves a seamless integration of historical structures with contemporary design.
05
Addresses urban density challenges through thoughtful spatial planning.

The design integrates old and new structures in a busy urban area where space is becoming increasingly scarce. It explores the idea of symbiosis, allowing historical buildings to coexist with contemporary additions. This blend respects the past while enhancing the functionality and appearance of the overall environment, creating a living space that values both heritage and modern needs.

Symbiosis in Architecture

The concept of symbiosis shapes the architectural approach, rethinking how new constructions fit with existing structures. By incorporating older buildings within the modern design, the architecture allows for a richer, more layered experience for those who inhabit the space. This method enables growth without losing the character of the environment, striking a balance between expansion and preservation.

Sustainable Practices

Sustainability plays a critical role in the design, highlighted by the use of hydropower resources. These features aim to generate energy independently, lessening reliance on resources that may be depleting. This focus on self-sufficiency aligns with the increasing need for responsible development within urban areas, offering a way to meet energy demands without overusing existing supplies.

Building Features

Key elements of the design, such as the perforated plates on the facade, serve practical and aesthetic functions. These plates lighten the building’s appearance while also reducing direct sunlight exposure. This feature is important for managing indoor temperatures, contributing to energy efficiency. Additionally, the incorporation of a rainwater collection system enhances sustainability. It uses specialized components for effective water management, reflecting a modern approach to urban resource challenges.

Integration of Renewable Energy

The use of solar panels further supports the project's commitment to renewable energy. By harnessing solar power, the building enhances its energy efficiency and lowers its environmental impact. The design layout promotes the inflow of natural light and encourages community interaction, cultivating vibrant environments that respond to the needs of residents.

Rainwater harvesting plays an essential role, capturing and filtering rainwater to support efficient management. This system aligns with the building's goals, making it a practical solution for urban challenges while fostering a connection to the natural environment.

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MICROHOME 10: Celebrating Small-Scale Living with €100,000 Prize Fund and Kingspan’s Innovation

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Competition organisers

The MICROHOME 10 competition invites participants to submit visionary designs for off-grid, modular microhomes that push the limits of sustainable, small-scale living. Organised by Buildner in partnership with Kingspan and Hapi Homes, this tenth edition sets the challenge of designing a dwelling for two people within a maximum floor area of 25 m², encouraging bold solutions adaptable to any urban or rural location. The competition continues Buildner’s mission to foster innovative approaches to compact, energy-efficient housing that can address pressing global challenges.

This year’s edition offers a generous total prize fund of €100,000, including the Kingspan Award for designs that integrate high-performance Kingspan products and the Hapi Homes Award for a project selected for real-world construction. In addition to cash prizes, the winners gain international exposure through Buildner’s media partnerships, publications, and a dedicated MICROHOME magazine, further amplifying their ideas to the wider architectural community.

Key dates for MICROHOME 10 include the closing date for registration on 25 September 2025, the submission deadline on 29 October 2025 (11:59 p.m. London time), and the announcement of winners on 9 December 2025. These milestones ensure participants have clear timelines to develop and present their concepts, with early registration discounts available to support students and emerging designers worldwide.

MICROHOME

Design a new small-scale home concept in the 10th edition of MICROHOME — 100,000 € prize + construction

100,000 € Prize Fund / Kingpsan Edition #10 ideas COMPETITION
Prize 100,000 € + Potential realisation
Eligibility Open to all
Final registration deadline 25 September 2025

Enter an open architecture
competition now

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