Critical strategic analysis forecast of the oil and gas business unit of General Electric Company: A conceptual review

The General Electric Company (GE) is considerably assessed as one of the world’s most successful corporations in the 20th Century. GE is a huge multinational conglomerate with one of the most highly innovative business units/divisions in the world. Due to the vast majority of GE’s products and services, a critical strategic analysis forecast of one of the conglomerate’s eight business units – Oil and Gas is presented for a conceptual review. The paper details how these Strategic Business Units (SBUs) explored the efficiency and market focus of their business portfolio through diversification, innovation, and acquisition. Resource allocation and value chain analysis of the SBU was conducted to determine the certainty of the company’s competitive edge. The portfolio of the SBU; oilfield services, oilfield equipment, turbomachinery, and process & digital solutions were reviewed using the Boston consulting group (BCG) matrix while the Ansoff matrix was employed to analyze and predict the company for sustainable future growth and divestment. In 2017, the synergy between these SBU and Baker Hughes to deliver a full-stream integrated oilfield portfolio revealed a strong and enhanced competitive advantage of the SBU across the global oil and gas industry, however, the analysis of the company shows that the SBU still experiences underperformance in the stock market.

Indonesia’s Shifting Focus of Energy Security Amidst COVID-19

AbstrakBerbagai dimensi dari konsep ketahanan energi menjadikannya topik diskusi besar di saat pandemi. Pergeseran dinamis dari ketahanan energi dapat dilihat baik dalam skala internasional maupun domestik. Makalah ini akan berfokus pada perubahan dinamis ketahanan energi di Indonesia dengan menganalisis kebijakan dan inisiatif energi di masa lalu dan saat ini sesuai dengan konsep yang dielaborasi oleh Melly Caballero. Perbandingan fokus Indonesia pada ketahanan energi sebelum dan selama wabah COVID-19 akan memberikan gambaran yang jelas tentang bagaimana Indonesia mengamankan energi. Argumen utamanya tetap bahwa Indonesia sekarang berfokus pada keamanan sebagai keterjangkauan, bukan ketersediaan dan keberlanjutan. Ini karena, peningkatan tagihan listrik rumah tangga yang dicatat PLN, berbeda dengan aktivitas industri yang menurun membuat permintaan energi nasional melonjak. Kebijakan energi yang disebutkan dalam makalah ini mengacu pada peraturan dan inisiatif pemerintah dari Perusahaan Listrik Negara (PLN). Makalah ini juga akan mengenali masalah yang sedang berlangsung tentang distribusi energi yang tidak merata di luar jaringan Jawa dan melihat bagaimana masalah ini dipengaruhi oleh pandemi. Kata Kunci:COVID-19, Keamanan Energi Indonesia, Kebijakan Energi AbstractMultiple dimensions from the concept of energy security makes it a big topic of discussion in times of a pandemic. The dynamic shift of energy security can be seen both in the international and domestic scale. This paper will focus on the dynamic shift of energy security in Indonesia by analyzing past and current energy policies and initiatives according to the concepts elaborated by Melly Caballero. A comparison of Indonesia’s focus on energy security before and during the COVID-19 outbreak will give a clear picture in how Indonesia is securing energy. The main argument remains that Indonesia is now focusing on security as affordability instead of availability and sustainability. This is because of the increased household electric bill recorded by PLN in contrast to the decreasing industrial activities. The energy policies mentioned in this paper refers government regulations and initiatives from the state-owned electric company (PLN). This paper will also recognize the ongoing issue of unequal distribution of energy outside the Java grid and see how this issue is impacted by the pandemic. Keywords: COVID-19, Indonesia’s Energy Security, Energy Policy

Virtual Reality for Monitoring and Control of Electrical Power

This project shows the results obtained from a new strategy based on Virtual Reality techniques, which intends to minimize the issues caused on the operation of electric power substations due to the lack of spatial and functional information on the traditional operation interfaces. For this purpose, a three-dimensional interactive virtual reality environment was built in a realistic and accurate way regarding a energy electric company of Minas Gerais – Brazil (CEMIG) substation and afterwards implanted it in its operation center for tasks related to its functioning. Lastly, tests were applied to the operators to obtain results aiming at the contextualized problems.

14,000 Volt Electrical Injury to Bilateral Upper Extremities: A Case Report

Electrical burns are among the most devastating of burn injuries. High voltage electrical injuries result in extensive deep tissue damage and are associ- ated with multiple complications, long term morbidity, and a high mortality rate. we describe the case of a 47 year-old electric company linesman who suffered a high voltage electrical injury (HVEI) of 14,000 volts to bilateral hands and wrists managed by the division of Plastic and Reconstructive Surgery at the Mcgill University Health Center in Montreal, Quebec, Canada. His management included multiple operative procedures, including escharotomies, fasciotomies, serial debridements, and bilat- eral pedicle groin faps, and amputation of his left hand.

Redesigning a commercial combined cycle in an undergraduate thermodynamics course: Connecting theory to practical cycle design

Due to various reasons, the concepts of thermodynamics are not easy to grasp for undergraduate students. One of the major reasons is that the students are mostly unfamiliar with the thermodynamics devices discussed in the courses. Offering courses with experiments is an effective approach to solve this issue. However, it is not practical or possible for universities to own devices that operate at high temperatures and with high pressure fluids. With the cooperation of a nearby electric company, undergraduate students of a thermodynamics course from the Department of Mechanical Engineering measured thermal performances of a commercial combined cycle and its sub-systems at the President University. After learning about the theory of thermal cycles, the students analyzed the thermal performances of actual thermodynamics cycles. Subsequently, they analyzed the thermal efficiency improvements when reheating or regeneration is applied to the simple Rankine cycle in the combined cycle. At the end of the course, the students gave presentations before the electric company’s management and engineering personnel, akin to professional engineers. This course is structured to familiarize undergraduate students with thermodynamics cycles and devices.