7 research outputs found
Kajian Pendekatan Arsitektur Hijau pada Terminal Intermoda Joyoboyo
No full textTransportation is an attempt to move people and goods from one place to another. The development of transportation in Indonesia itself is quite good, the various modes of transportation that exist must be accompanied by adequate facilities such as bus terminals. The bus terminal as a control center for bus vehicles certainly requires a large amount of energy to operate. Coupled with the large number of vehicles, the bus terminal has a fairly high air pollution rate. To overcome this problem can be done by implementing green architecture in designing bus terminals. By applying the principles of green architecture according to Brenda and Robert Vale, the problem of energy and air pollution at the terminal can be overcome. One of the terminals that has implemented green architecture is the Joyoboyo Terminal in Surabaya. The purpose of this research is to analyze existing green architecture principles to determine the effectiveness of green architecture in overcoming energy efficiency and air pollution problems at the terminal. Using a descriptive qualitative research method, it was found that the Joyoboyo Terminal building has implemented and integrated the six principles of green architecture according to Brenda and Robert Vale into the building design properly. These six principles alone are able to overcome problems of energy efficiency and air pollution very well so as to provide comfort to building users
Orientation Optimization of Flat Building in Humid Tropical Climate: Case Study on UPN Veteran East Java’s Apartment
No full textAnalisis Penerapan Arsitektur Bioklimatik pada Intiland Tower Surabaya
No full textThe increasing energy consumption in office buildings, especially in Surabaya, Indonesia, poses challenges related to efficiency and thermal comfort. The country has witnessed a significant rise in energy usage over the past two decades, particularly in the production of services. The graph illustrates high energy intensity, signaling the need for efficiency in both energy production and consumption. Nonetheless, awareness of the energy crisis has spurred the development of environmentally friendly buildings. A case study of Intiland Tower Surabaya, employing bioclimatic architecture, reveals the optimization of natural airflow and lighting, creating a comfortable and sustainable environment. The research methodology involves qualitative methods with descriptive analysis, utilizing data collection through observation and analysis of bioclimatic architecture principles. Results indicate that the application of these principles in Intiland Tower Surabaya has achieved most of its objectives, although limitations persist in the utilization of balconies and transitional spaces
Analisis Klaim Konsep Ramah Lingkungan pada Bangunan Bandara SAMS Sepinggan Kalimantan Timur
No full textThe demand for air transportation continues to increase every year. To meet consumer demand, the Indonesian government is expanding the scale of airport development in Indonesia, especially in the East Kalimantan region. In the process of implementation, this development has a negative impact on the environment because the large use of energy in airports contributes to the occurrence of GHG emissions. In this case, the role of architecture is considered capable of minimizing negative environmental impacts by applying the concept of environmentally friendly architecture. The concept of environmentally friendly architecture considers the use of energy, maximization of sunlight, and utilization of water conservation in buildings. This study aims to assess the extent to which the application of green building aspects in the SAMS Sepinggan airport building. This research uses descriptive qualitative research methods with secondary data collection from relevant literature research, such as journals, web, and articles. Then, for each criterion, a suitability analysis was conducted using the Greenship standard for new buildings version 1.2. The results of this study indicate that Sultan aji Muhammad sepinggan Airport can already be considered as a green concept building. by obtaining an assessment of 35 points, which already meets the minimum points to get a bronze predicate as a building that applies the green building concept.
Kajian Penataan Massa Terhadap Aksesibilitas Pengguna Jakabaring Sport City
No full textJakabaring Sport City (JSC), or the Jakabaring Sports Complex, is one of the largest sports complexes in Indonesia, located in Palembang City. JSC is equipped with a comprehensive range of facilities, both for sports and non-sports activities. These facilities are spread across an area of 325 hectares, with the Gelora Sriwijaya Stadium serving as the central focus of the mass arrangement. As a public building, JSC is frequently visited, especially during events held at the complex. Therefore, this study aims to assess the effectiveness of the mass arrangement in relation to user accessibility. The research employs a qualitative method through literature review. Data collection techniques involve searching for data, conducting research, and drawing conclusions. The study findings indicate that the mass arrangement at JSC also considers user activities, which affects accessibility and circulation. The mass arrangement at JSC is deemed sufficiently efficient for the various activities carried out by its users
Penerapan Arsitektur Bioklimatik Pada Resort Kawasan Pesisir Pantai Di Jawa Timur
No full textThe development of lodging places that pay less attention to natural factors can reduce environmental quality due to excessive energy use which results in depletion of natural resources, as well as waste of energy. The concept of Bioclimatic Architecture is a design method that combines the principles of the natural environment with human needs. The main focus is to create a comfortable environment while minimizing energy consumption. Bioclimatic design concepts are considered, including natural ventilation and lighting, solar shading, passive cooling techniques, etc. The overall idea developed in the bioclimatic design concept incorporates natural strategies, intelligent design, sustainable elements, regenerative design principles, and effective and efficient use of energy to reduce negative impacts on the environment. This research uses a quantitative comparative method using document analysis data as well as comparing in-depth aspects related to resorts in East Java located in coastal areas. This study aims to determine and compare the application of bioclimatic architecture in resorts in coastal areas located in East Java
ADAPTASI ELEMEN ARSITEKTUR BANGUNAN KOLONIAL TERHADAP IKLIM TROPIS KOTA SURABAYA
No full textKota Surabaya terletak di kawasan pesisir yang memiliki iklim tropis basah dengan sinar matahari dan curah hujan tinggi. Lokasi geografis di pesisir pantai juga menjadikan Kota Surabaya sebagai pusat perdagangan dan industri pada masa penjajahan Belanda sejak abad ke-18. Hal ini mengakibatkan banyak dijumpainya bangunan kolonial di Kawasan pusat Kota Surabaya. Keinginan dan usaha bangsa Eropa untuk menciptakan daerah jajahan seperti negara asal mereka mendorong terciptanya gaya arsitektur kolonial yang merupakan perpaduan antara budaya barat dan timur yang disesuaikan dengan iklim. Beberapa bangunan arsitektur kolonial yang terdapat di pusat kota Surabaya diantaranya yaitu, Museum Bank Indonesia dan Gedung Balai Pemuda akan menjadi obyek studi dalam penelitian ini. Penelitian ini bertujuan untuk mengetahui bentuk adaptasi bangunan kolonial terhadap iklim tropis di Kota Surabaya dan apa saja elemen-elemen fisik bangunan kolonial yang mempengaruhi kondisi termal di dalam bangunan. Penelitian ini menggunakan metode deskriptif dengan pendekatan kualitatif dengan pengumpulan data melalui studi literatur dan observasi di lapangan serta dokumentasi obyek bangunan. Hasil penelitian menunjukkan bahwa bangunan Museum Bank Indonesia dan Gedung Balai Pemuda telah beradaptasi dengan iklim tropis di masa lalu. Terdapat beberapa elemen fisik berupa bentuk atap, jendela, canopi/overstek serta material konstruksi bangunan yang digunakan dapat memberikan perlindungan terhadap cuaca di iklim tropis serta mempengaruhi kondisi termal dalam bangunan
