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All Journal JURNAL DIMENSI UTAMA TEKNIK SIPIL DIMENSI: Journal of Architecture and Built Environment
Jimmy Priatman
Dosen Pascasarjana Magister Teknik Sipil Universitas Kristen Petra
Civil Engineering, Building, Construction & Architecture

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Journal : DIMENSI: Journal of Architecture and Built Environment

 1 
PERSPEKTIF ARSITEKTUR SURYA DI INDONESIA Priatman, Jimmy
Dimensi: Journal of Architecture and Built Environment Vol. 28 No. 1 (2000): JULY 2000
Publisher : Institute of Research and Community Outreach, Petra Christian University, Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.9744/dimensi.28.1.%p

Abstract

Solar energy is a prospective alternative resource due to its existence as a non-polluting source of renewable energy. The potency of solar energy in Indonesia at the belt of equator enables its usage in buildings directly to fulfill human needs. The integrative implementation of solar technology into building emerges specific challenges in architectural design and evolves a new architectural approach which is called "solar architecture". Abstract in Bahasa Indonesia : Energi surya merupakan sumberdaya alternatif yang prospektif karena energi surya merupakan sumber energi yang dapat diperbarui dan tidak menimbulkan polusi. Potensi energi surya di Indonesia yang berada dijalur khatulistiwa memungkinkan penggunaan secara langsung dalam bangunan untuk memenuhi kebutuhan manusia. Implementasi teknik pemanfaatan energi surya kedalam bangunan secara integratif menimbulkan tantangan spesifik dalam perancangan arsitektur dan merupakan embrio pewujudan suatu tatanan arsitektur baru yang dikenal sebagai "arsitektur surya" Keywords: arsitektur surya, energi surya
"ENERGY CONSCIOUS DESIGN" KONSEPSI DAN STRATEGI PERANCANGAN BANGUNAN DI INDONESIA Priatman, Jimmy
Dimensi: Journal of Architecture and Built Environment Vol. 31 No. 1 (2003): JULY 2003
Publisher : Institute of Research and Community Outreach, Petra Christian University, Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.9744/dimensi.31.1.%p

Abstract

The acceleration of total energy consumption in Indonesia during the past two decades and the limited availability of energy resources in the midst of currently national economic crisis create energy problem that needs to be solved comprehensively and holistically. From the objectives of national energy conservation program, commercial building and residential are prospective goals for energy saving purpose considering that both sectors consume energy as a consequence of the building. Energy conscious design concept that is applied to building design will give significant energy consumption reduction at its operational stage. The paper discusses the energy conscious design concept and its strategic ways that is applicable to residential and commercial buildings. Abstract in Bahasa Indonesia : Akselerasi laju konsumsi energi di Indonesia yang meningkat pada dua dekade ini dan keterbatasan kesediaan sumber energi yang ada di masa kondisi ekonomi saat ini yang belum pulih dari krisis menimbulkan problema energi yang perlu penanganan yang konsepsionil, menyeluruh dan terpadu. Dari empat sasaran upaya konservasi energi nasional, sektor bangunan komersial dan sektor rumah tangga merupakan potensi penghematan energi yang prospektif, mengingat penggunaan energi pada sektor tersebut sebagian besar merupakan konsekwensi dari pengadaan bangunan yang digunakan. Perancangan bangunan yang bertitik tolak dari konsep sadar energi akan mereduksi penggunaan energi pada masa operasionalnya. Makalah ini membahas konsepsi dan strategi disain sadar energi untuk bangunan rumah tinggal dan bangunan gedung komersial. Kata kunci: Disain Sadar Energi.
"FASADE KACA PINTAR" Teknologi Inovatif Bangunan Tinggi Hemat Energi Priatman, Jimmy
Dimensi: Journal of Architecture and Built Environment Vol. 27 No. 1 (1999): JULY 1999
Publisher : Institute of Research and Community Outreach, Petra Christian University, Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.9744/dimensi.27.1.%p

Abstract

Intelligent Glass Facade is a state of the art technology concept of curtain wall to meet ecological and economical importance in the kind of fully glazed office buildings, that needed full air-conditioning. It reduces solar thermal reflection of glass towers that may cause heat-island effect in the urban center as well as it decreases greenhouse effect in the earth's atmosphere. At the same time it lowers energy consumption levels by reducing external cooling load of air-conditioning system. An intelligent glass facade makes use of self-regulating thermal protection and solar control measures to adapt in a dynamic way to changing light and weather conditions all over the year by optimizing renewable energy sources such as solar radiation and air flows on the building envelope. Extensive application of this method to high-rise buildings will play a major role in protecting our environment. Abstract in Bahasa Indonesia : Fasade Kaca Pintar merupakan suatu konsep teknologi mutakhir dinding tirai kaca yang mempertemukan kepentingan ekologi maupun ekonomi bagi bangunan perkantoran bertingkat tinggi yang dikondisikan sepenuhnya (fully air-conditioned). Ia mampu mengurangi pantulan panas matahari dari bangunan bangunan kaca tinggi yang menyebabkan meningkatnya temperatur lingkungan diperkotaan (heat-island effect) maupun efek rumah kaca pada atmosfer bumi (green house effect). Selain itu ia mereduksi penggunaan energi yang dipakai untuk sistim tataudara dengan cara mengeliminir beban pendinginan eksternal. Disebut sebagai fasade kaca pintar , karena kemampuan otomatik sistim ini untuk selalu ber adaptasi dengan pergantian cahaya dan kondisi cuaca sepanjang tahun dengan cara meng optimasi sumber energi yang dapat diperbarui ( radiasi matahari dan kecepatan udara) pada selubung luar bangunan. Aplikasi sistim ini pada bangunan tinggi akan dapat memainkan peranan besar dalam usaha untuk melindungi lingkungan global kita. Kata kunci : selubung bangunan, dinding tirai kaca, fasade kaca pintar.
TRADISI DAN INOVASI MATERIAL FASADE BANGUNAN TINGGI Priatman, Jimmy
Dimensi: Journal of Architecture and Built Environment Vol. 27 No. 2 (1999): DECEMBER 1999
Publisher : Institute of Research and Community Outreach, Petra Christian University, Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.9744/dimensi.27.2.%p

Abstract

Designers of tall building realize that the product of their creativity will impact the built environment for hundred of years. Differ from the past (great pyramids Giza Egypt, the Parthenon Athens- Greece, Cliff Palace Mesa Verde- Colorado), current tall buildings are designed with systems and materials to be properly maintained to enhance the life expectancy of the building. These timeless structures demand a higher level of performance and integration among its major components such as structure, mechanical-electrical, interior and envelope system, which can be extensively monitored and modified. The building facade as "the epidermis" plays a significant role in the protective outer layer. The research was initiated in response to fulfill this criteria had lead to creative innovations in building envelope materials as a future prospective material. Abstract in Bahasa Indonesia : Para perancang bangunan tinggi menyadari bahwa hasil karya kreativitas perancangannya akan mempengaruhi tatanan lingkungan hidup manusia untuk jangka waktu lama. Berbeda dengan bangunan tinggi masa lalu (piramida agung Giza di Mesir, kuil Parthenon di Yunani, Cliff Palace Mesa Verde di Colorado), bangunan tinggi dewasa ini dirancang dengan perangkat sistim dan material yang mudah dirawat untuk meningkatkan umur bangunan. Gedung gedung tinggi ini menuntut suatu kinerja dan integrasi prima diantara komponen komponen utama yang terkait melalui sistim struktur, mekanikal, interior dan sistim selubung bangunan, yang dapat di monitor dan dimodifikasi secara ekstentif. Fasade bangunan sebagai "epidermis" memainkan peran penting melalui fungsi pelapis luar yang protektif. Serangkaian riset yang telah dilakukan sebagai tindakan responsif untuk menjawab kriteria ini telah menuntun kepada inovasi inovasi kreatif di bidang material selubung bangunan sebagai material masa depan yang dapat diandalkan. Kata kunci: selubung bangunan, fasade bangunan.
ECOSUSTAINABLE HIGH-RISE : The Environmentally Conscious Architecture of Skyscraper Priatman, Jimmy
Dimensi: Journal of Architecture and Built Environment Vol. 28 No. 2 (2000): DECEMBER 2000
Publisher : Institute of Research and Community Outreach, Petra Christian University, Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.9744/dimensi.28.2.%p

Abstract

The term " green architecture " is related to evolving architecture which is sensitive to the environment and emerges from the environmental awareness due to the effects of destruction of air, water, energy and earth. It is characterized by improving energy efficiency, sustainability concept and holistic approach of the entire building enterprise, where all of the environmental factors are regarded as an objective. Although there are many of environmentally conscious architectural works today, but most of the building designers prefer to deal primarily with small-scale buildings (low to medium rise) and often only in greenfield, rural or suburban sites. All those large scale, high-rise or tall buildings located in dense urban areas are regarded as avoidable objects that consumes a lot of energy, uses huge amounts of materials, and produces massive volumes of waste discharge into the environment. These intensive buildings deserve greater attention and should be designed by greater part of our expertise and effort to ecologically design than the smaller buildings with fewer problems. The paper discusses "green" dimensions applied to tall buildings/high-rise buildings with their innovative approach that leads to ecosustainable tall buildings.
DISAIN TEKNOLOGI SURYA SEBAGAI "FORM-GIVER" PADA ARSITEKTUR Implementasi Bangunan Perumahan di Indonesia Priatman, Jimmy
Dimensi: Journal of Architecture and Built Environment Vol. 29 No. 1 (2001): JULY 2001
Publisher : Institute of Research and Community Outreach, Petra Christian University, Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.9744/dimensi.29.1.%p

Abstract

As a country lies within the equatorial belt, Indonesia receives abundant incoming solar radiation (insolation) throughout the year. Although the climate has high humidity due to its existence as archipelagowith high vapour content of the atmosphere, the radiation reaching the building (direct or diffuse but strong) enables its widespread use for cooling and heating of the building (in some places) as well as domestic water heating. The potency is not only as a energy source, but also as an opportunity to introduce the sun as a dominant element in our lives. The sun provides sunshine as well as solar energy. Dwellings which are responsive to both with the use of solar energy to cool and heat can lead to a generation of buildings/dwellings in harmony with their environment and their occupants, and at the same time to terminate an era of energy waste. This paper presents solar design determinants influencing architectural design to form a new architectural style called "solar architecture". Abstract in Bahasa Indonesia : Sebagai suatu negara yang terletak disabuk khatulistiwa, Indonesia menerima radiasi matahari yang melimpah sepanjang tahun. Meskipun iklimnya mempunyai kelembaban tinggi yang disebabkan karena letaknya sebagai negara kepulauan dengan kandungan uap air tinggi di atmosfernya, radiasi langsung maupun diffus yang diterima pada bangunan memungkinkan penggunaannya untuk pendinginan/pemanasan ruang maupun penyediaan air panas domestik. Potensi matahari disini tidak hanya sebagai sumber energi, tetapi juga suatu kesempatan untuk menghadirkan matahari sebagai elemen dominan dalam kehidupan kita. Matahari menyediakan penerangan alami dan energi panas. Bangunan yang dapat merespons keduanya dan memanfaatkannya untuk pendinginan maupun pemanasan ruang dapat menuntun kesuatu generasi bangunan/perumahan yang selaras dengan lingkungan dan penghuninya, dan pada saat yang sama mengakhiri suatu era pemborosan energi. Paper ini mengemukakan faktor faktor penentu disain sistem surya yang mempengaruhi disain arsitektur yang akan membentuk suatu langgam arsitektur baru yang dinamakan "arsitektur surya". Kata kunci: Disain Teknologi Surya, Arsitektur Surya.
Co-Authors Andy Sutanto Mediastika, Christina Eviutami