Yun Ii Go's research while affiliated with Heriot-Watt University and other places

... Research in [24,25] carried out a comprehensive review of literature on the optimal location and sizing of reactive power compensation devices. Furthermore, issues in grid integration with solar PV and utility storage sizing were reviewed in [26][27][28][29]. ...

... A solar-hydrogen storage system's implementation consists of multiple phases, such as system design, component procurement, installation, testing, and commissioning [157][158][159]. An outline of the standard implementation procedure is provided below: ...

... PV energy is increasingly becoming one of the most reliable and affordable sources of electricity as conversion efficiency continues to increase and prices fall. This is due to the large-scale manufacturing and distribution, together with a growing environmental consciousness among governments and communities, enabling the installation of multi gigawatt-scale PV plants worldwide [1]. Silicon, the key material behind this flourishing business, dominates not only the PV sector, but also the fields of microelectronics, photonics and quantum computing. ...

... In many countries with a long tradition of solar PV-energy use, photovoltaic installations are placed not only on (flat or inclined) roofs but also integrated with the building envelope or in other infrastructures (bridges, sound barriers, etc.). However, in Ecuador, PV installations have, until now, been mainly placed on roofs [4]. ...

... Furthermore, the contribution of this research was based on research in [19] in which compensation methods were used to improve voltage profiles in the IEEE-9 bus. The results in [19] were the optimal capacitor placement method, the voltage profile for all buses was improved to be within 0.94 p.u. to 1.01 p.u. ...

... Various research of large-scale solar (Isaac & Ii, 2023; Mohanan, 2020; Rehan Khan & Yun Ii Go, 2019) had been carried out including grid integration, power management and system sizing etc. A literature review covering various energy storage(Citalingam, 2022;Faruhaan & Ii, 2021;Mahmoud, 2019;Mohammed & Go, 2021; Teo & Go, 2021) technologies and hazards had been presented in ''Literature Review''section followed by a review of risk assessment methods and case studies, outlining the advantages and limitations of each method. Industrial safety standards NFPA855 and IEC62933, BESS safety review articles, and BESS accident reports provided crucial information on identifying safety failures that were previously overlooked. ...

... The economic performance of ISSBs is very favourable, with potential cost savings in materials, labour, and transportation, as well as long-term energy savings (Presswood et al., 2021). The adoption of ISSBs can lead to more affordable and sustainable construction practices, while also promoting local economic development. ...

... Much of the research on wind energy production and its temporal variability has focused on short-term variability, ranging from minutes to days. 4,[13][14][15][16][17][18][19][20][21][22][23] There is a scarcity of research addressing the seasonal variability throughout the year and even fewer studies investigating interannual, decadal, and possibly multi-decadal variability. This implies a gap in the literature concerning the longer-term trends and patterns in wind energy production. ...

... In India, Praveenkumar et al. (2022) explored the potential for utilizing solar radiation, while Khan et al. (2022) focused on increasing renewable energy use in Pakistan. Thoy and Go (2022) bring a unique perspective by studying the integration of photovoltaic elements in architecture. used a fuzzy AHP approach to analyze sustainability, and Ryter et al. (2022) discussed the environmental impacts of material production. ...

... The results showed an average cost saving of RM16.7 million per year at the railway station, with a battery capacity of 12 hours per day. [16]. ...