Analysis The Future of Palm Tree Plantation Tower For Telecommunication Purposes
Diena Noviarini, Eko Arif Syaefudin, Aulia virlina, Raihaanah Nabiilah Rahmaniyah, Agung Dimayana,Akhmad Yamani

Faculty of Economic and Bussiness, State University of Jakarta

Abstract

The collaborative product research program activities of this faculty involve utilizing and analyzing the future of palm plantation systems as a means of developing clean and affordable energy. The concept of this activity of intelligent processing of the future of the palm plantation system by utilizing fruit, fronds, and harvest residues, is gradually into a source of clean energy that is up to date. The processing of the future palm plantation system utilizes a series of information technologies, including platforms such as the Internet of Things, Big Data, Cloud computing, and artificial intelligence, to process and transform data into an efficient and comfortable information system for users. Finding a solution that is economical and sustainable through physical and chemical processes, a virtual power plant is formed from diesel generators with a capacity of 5.6 MW (megawatt), and a waste of palm tree plants as a power generating plant with a capacity of 1 MW has been created as the result of energy transformation from palm plantation to diesel energy. This green energy system in physics using a Compression Ignition Engine machine is connected to Base Transceiver Station (BTS) telecommunications tower telecommunications machines and towers can be used throughout Indonesia, and the novelty of this technology has never existed in Indonesia or in the world, thus encouraging innovation and the development of the digital economy in Indonesia in the future. To introduce and familiarize this information technology system using multiple devices such as smartphones and personal computers to farmers and entrepreneurs of the future of the palm plantation system, it is hoped that it can improve the conditions and processing capabilities to become a profitable business in terms of cost and technological efficiency as it is required by Islamic banking and telecommunication stakeholders. The research instrument uses data from the Ministry of Forestry for statistical data, and

Keywords: Internet of Things, Base Transceiver Station , transformation, palm plantation, diesel energy

Topic: Energy and Environmental Physics