Energy security and the resilience of electricity networks have recently gained critical momentum as subjects research. The challenges meeting increasing electrical energy demands decarbonisation efforts necessary to mitigate effects climate change highlighted importance microgrids for effective integration renewable sources. Microgrids been focus research several years; however, there are still many unresolved that need be addressed. storage systems essential elements provide reliability...

The world is facing an unexpected, like never before, situation due to COVID-19. measures contain the COVID-19 pandemic are incorporate lockdown, social distancing, disconnection, and home isolation. Lockdown was enforced by various governments of South Asian countries, which include non-working all businesses assembling units, with limited access outer pertaining essential commodities. However, During pandemic, uncommon positive impact noteworthy for worldwide abatement in air-contamination...

With the enhancement in semiconductor based tools scaling and heightening transistor density, realization of novel concept minuscule electronic devices become imperative to design. SRAM being a volatile memory devised as static Random Access Memory for high speed, low power appliances having active standby benefits. Due these pros technology is pondering on contracting down. This led invention various protocols showing enlightened gains. FGMOS an approach deliberating minimal designs which...

An efficient energy management scheme for a standalone hybrid AC/DC microgrid (HMG) has been proposed in this paper. Energy is challenging task, because of the involvement distributed resources (DERs) which are intermittent nature. The may therefore, undergo mismatch demand and supply, when either generation or load varies. This power result into DC bus voltage deviations sometimes these be out permissible limits. A coordination control-based strategy (CCS) deviation mitigation investigated...

This paper presents dynamic threshold MOS (DTMOS) technique used with the digital circuit that is 4×1 multiplexer enhanced performance of in comparison to NMOS multiplexer. The dealt well regulated operation die area and optimum usage power. design scrutiny accomplished using 90 nm technology cadence tool.

This paper presents a design of Wilson current mirror using different low voltage and power techniques. The techniques utilized for this are the Floating Gate Metal Oxide Semiconductor i.e. (FGMOS) Quasi - (QFGMOS) structure. In we will analyze compare performance parameters like Input impedance, Output Bandwidth, vs Characteristics. Performance Simple proposed circuit has been operated by PSpice simulator on 180nm technology at +0.5 V supply voltage.

This paper presents the outline of particular type IP core for APB bus architecture using high level verification methodologies. The AMBA i.e., Advanced Microcontroller Bus Architecture comprises specifications related to on-chip interconnects. Also used manage functional blocks in SoC designs. In this paper, Peripheral (APB) has been proposed because its low bandwidth, frequency, lower width bits, signal complexity and lesser power consumption. can be interfaced with AHB AXI also. To extend...

The voltage level of a power system can be impacted by the sporadic nature renewable energy sources and fluctuating load requirements. A hybrid storage (HESS) may used to combat this problem, but maintaining HESS's state charge (SoC) could challenging. conventional method assigning HESS is use high pass or low filter. proposed standalone microgrid includes solar photovoltaic (SPV) generation system, battery (ESS), supercapacitor, load. model predictive control mitigate deviations in DC link...