Implementation of Smart Water Grid System as a Green Technology n Gedebage Sports Centre, Bandung City, Indonesia

Abstract

Smart Water Grid system has been widely applied to the Master Plan water distribution system in developed countries, such as Japan, and Singapore. However, this system has not been widely applied to the Master Plan designs in Indonesia. This system has advantages in a more controlled distribution system to minimize the risk of damage to the water distribution system. Specifically, this system is capable of meeting water needs in multi-, because it uses various water sources in its application. The purpose of this article in general: to provide a precedent for review on the application of Smart Water Grid in the form of study precedents from Japan and Singapore; Explaining Smart Water Grid and its components that are applied, reviewing monitoring methods, discussing the advantages, and disadvantages. In the end, this precedent study will be a recommendation for water treatment planning applications in the design of the Gedebage Sports Centre. Smart Water Grid design parameters such as (1) Able to fulfil the water needs in the multi-source (2) Able to prevent further damage of distribution system (3) facilitate maintenance of the water distribution system. Then, it can overcome to meet water needs by using a green technology system. Scope of this research is implementing the system of Smart Water Grid in Master Plan area as a smaller area than city’s area.

Peran Perencanaan Kota Berkelanjutan dalam Mengatasi Krisis Air Perkotaan: Integrasi Infrastruktur Hijau, Teknologi Pemantauan, dan Kebijakan Publik

“…Situasi ini semakin memburuk, dan tanpa adanya intervensi dari Pemerintah dan Pemerintah Daerah dalam mengelola akses air bersih, maka potensi konflik sosial akibat akses air bersih dapat muncul (Ruyani et al, 2021). Untuk mengatasi tantangan ini, penting untuk menerapkan strategi pengelolaan air yang berkelanjutan, seperti solusi berbasis alam (NBS) (de Lima et al, 2022) dan sistem jaringan air bersih yang cerdas (Devitama et al, 2020) dan tata kelola air yang lebih baik (Bakker, 2011). Pendekatan-pendekatan ini dapat membantu memastikan ketersediaan sumber air bersih dan dapat diandalkan untuk populasi yang terus bertambah di Kota Bandung dan berkontribusi pada keberlanjutan kota secara keseluruhan.…”