Variables sought in the form of breakdown voltage and resistance of each lightning air terminal. The results of the study showed that the type of material of lightning air terminals affects the ability to deliver the lightning current to the ground as seen from the breakdown voltage level. At 1 cm spacing, the test uses three types of material testing of lightning air terminals, the probability of the type of material exposed to breakdown voltage on the coppers with 100% with an average value of 8.23 KV breakdown voltage with 0.06 Ω resistance.
Test with two kinds of materials of lightning air terminal, the probability of the type of material exposed to breakdown voltage on the types of aluminum of 100% with an average value of breakdown voltage kV 8.48 with 0.08 Ω resistance. Test with a type of material of lightning air terminal, the probability that the type of material exposed to breakdown voltage on the types of galvanized iron materials with 96.67% with an average value of breakdown voltage of 8.64 KV with 0.10 Ω resistance. air terminal breakdown voltage conductivity lightning protection system resistance. Along with the increasing number of reported cases of information security breaches, there is also a growing interest among researchers to study information security culture.
The requirements and characteristics of the information security culture differ from organization to organization. Based on this background, this research was conducted with the aim of mapping the dimensions of the information security culture in the context of Malaysian public organizations. A corresponding scale was also developed to assess information security culture, which was applied in Malaysian public organizations of the federal ministries.
The results showed that all the aforementioned components were indeed crucial and significant in the development of information security culture.
15 Model Prediksi Lokasi Menggunakan Algoritma Naïve Bayes pada Gedung Semi Terbuka Banu Wirawan Yohanes, Samuel Yanuar Rusli, Hartanto Kusuma Wardana. 20 Pendekatan Rekayasa Sistem dalam Implementasi Internet of Things (IoT) di Suatu Negara Muhammad Suryanegara, Ajib Setyo Arifin, Muhamad Asvial, Gunawan Wibisono. 24 Penerapan model desain dan pengukuran kualitas pada sistem informasi akademik Siti Rochimah, Af Ishamsyah Hantriono, Rizky Januar Akbar, Andreyan Rizky Baskara 31 Fitur part of Speech untuk klasifikasi sentimen berdasarkan partisi dirichlet laten.
45 Fraud Detection System in Indonesian News Sites Based on Text Classification Using SVM and SGD Agung B.
DTN)
123 Experimental Study on Lightning Air Terminal Performance Based on Material Type Abdul Syakur, Agung Nugroho, Anastasia Br. Abstract: The lightning air terminal is a main part of the external lightning protection system in the form of a straight rod conductor, which has a construction on the side formed of l. The lightning air terminal is a key part of the outdoor lightning protection system in the form of a straight rod conductor, which has a construction on the side of the lightning air terminal formed in a conical shape as the static electric charge of the collector .
The main parameters determining the deficient performance of Franklin's lightning air terminals, viewed from breakdown voltage level. The method used is to test Lightning Air Terminals (LAT) based on different type of material using a high voltage DC negative polarity by adjusting the gap. Results from the study showed that the type of material from the lightning air terminals affects the ability to deliver lightning current to ground, as seen by the breakdown voltage level.
The incident was followed by the release of a charge of electrons in the form of tongues of lightning, which descended from the clouds and also rose from the ground. The multi-classifier scheme contributes an average reachability increase of 2.5% compared to the efficient counter-based scheme (ECS). However, most solutions mostly used only a few attributes (either local or global), such as using the distance between sender and receiver, the number of duplicate messages received, or even just using probabilities to reduce the number of nodes/vehicles rebroadcasting messages to mitigate the storm problem broadcasts (massive message redundancy, contention and collision) [1]–[4].
Simulation results for a 2MW 10 kV/25 kV dc-dc transformer are presented, demonstrating the feasibility of the proposed architecture. In this paper, optimal sinusoidal modulation signals are extracted to enable operation with improved DC input voltage utilization while feeding balanced/asymmetric nine-phase loads. Abstract: The paper aims to investigate load shedding and forecasting in distribution networks with PV-based distributed generation (DG) and Plug-in Electric Vehicles.
The aim of the paper is to investigate load shedding and forecasting in distribution networks with PV-based distributed generation (DG) and plug-in electric vehicles (PEVs). Finally, the forecasting of the demand is done to meet the need within a short term. The results obtained from the forecast show potential, and the analysis of the ESS shows a steady load demand.
Furthermore, changing the PEV charge can disturb the voltage profile in the entire distribution system [2]. One of the possible solutions is the integration of a centralized charging station, with a predefined energy management scheme, into the energy system in a grid-friendly way [3].
