Challenges in Reliable Power System Planning and Management with Large Scale Infusion of Renewable Sources in India

Vishnoi, R.K.; Joshi, Lalita

doi:10.1109/gtdasia.2019.8715851

Cited by 4 publications

(4 citation statements)

References 5 publications

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“…Sometimes, the super condenser is called an electric condenser of dual layer and is commonly used as a secondary primary system in hybrid-powered vehicles [56]. The efficiency rates are high, the charge period is faster, and internal losses are low [57]. Consequently, it is mostly used for slope compensation in grid operations.…”

Section: Simple Conduction and Supercapacitor Magnetic Energy Storagementioning

confidence: 99%

“…The authors suggested that the BESU, a district of plug-in thermostat-regulated hybrid electrical vehicles, be used to control the LFM control system. In a management system known as a model based on aggregator prediction control [56,57], the authors invented an aggregation method. The proposed model is a pack of 40,000 plugs for electric vehicles, thermo-controlled equipment and a CHP platform that is connected to an urban network with 160,000 people.…”

Section: Synchronized Combined Systemmentioning

confidence: 99%

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Comprehensive Survey of Various Energy Storage Technology Used in Hybrid Energy

et al. 2021

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Various power generation technologies, such as wind turbines and solar power plants, have been increasingly installed in renewable energy projects as a result of rising demand and ongoing efforts by global researchers to mitigate environmental effects. The sole source of energy for such generation is nature. The incorporation of the green unit into the power grid also results in volatility. The stabilization of frequencies is critical and depends on the balance of supply and demand. An efficient monitoring scheme called Load Frequency Monitoring (LFM) is introduced to reduce the frequency deviation from its natural state. Specific energy storage systems may be considered to improve the efficiency of the control system. The storage system contributes to the load rate, peak rushing, black start support, etc., in addition to high energy and rapid responsive features. A detailed study of different power storage systems, their current business scenario, and the application of LFM facilities, as well as their analysis and disturbance, is presented in this paper. According to the literature analysis, the current approaches can be divided into two categories: grid and load scale structures. This article also distinguishes between the organized aggregate system and the uncoordinated system control scheme, both of which have advantages and disadvantages in terms of technology.

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Section: Simple Conduction and Supercapacitor Magnetic Energy Storagementioning

confidence: 99%

Section: Synchronized Combined Systemmentioning

confidence: 99%

Comprehensive Survey of Various Energy Storage Technology Used in Hybrid Energy

et al. 2021

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“…Indonesia has many energy sources that can be utilized such as water (micro-hydro), solar [12], [14], [15], geothermal, and wind [12], [16] - [19]. Efforts to develop a power plant are in line with suggestions to encourage the development of renewable energy, namely the reduction of coal energy sources [16], [20] - [23].…”

Section: Literature Reviewmentioning

confidence: 99%

Analysis of the local energy potential connection with power plants based on archimedes turbine 10 kW

Apriani

Saleh

Dillah

et al. 2020

jrc

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Research on the availability of water potential for the development of power plants with various scales and types of power plants has been done. Since most existing water sources have small discharges and low heads, this study aimed at designing a micro-hydropower center as one of the ways the electrical energy crisis could be avoided, with one of the renewable energy potentials, namely the potential energy of water in Micro Hydro Power Plant. Further studies were related to water resources to Micro Hydro Power Plants (MHPP) construction, especially Archimedes screw turbines guide parameters that corresponded to flow velocity, channel crosssection, and flow volume. It aimed to connect the local energy potential to the output power of the Archimedes screw turbine.The methods used for this study were 1. Observation 2. Data collection, and 3. Data Analysis. The study was carried out using an observation method that adopted field data collection techniques assisted by measuring equipment to collect data coverage that refers to related parameters. The power available on the channel resulted was 946 kW, and the power generated in the turbine was 5.9 kW.

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“…It was evident from a survey of recent literature on power system planning that there is a significant focus recently on large-scale renewable integration, specifically with regards to generation expansion planning focusing on national energy policies. 20 Majority of literature tends to concentrate on optimization of transmission and distribution planning, ultimately underpinned by load flow analysis. 21 As an emerging area there is a high level of attention given to energy storage from the point of view of technical constraints, given the uncertainty around their economics.…”

mentioning

confidence: 99%

Facilitating higher photovoltaic penetration in residential distribution networks using demand side management and active voltage control

Pillai

Allison

Tun

et al. 2021

Engineering Reports

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Future power networks are certain to have high penetrations of renewable distributed generation such as photovoltaics (PV). At times of high PV generation and low customer demand (e.g., summer), network voltage is likely to rise beyond limits mandated by grid codes resulting in a curtailment of PV generation, unless appropriate control means are used. This leads to a reduction in energy yield and consequently reduces the economic viability of PV systems. This work focuses on scenario-based impact assessments underpinned by a net prosumer load forecasting framework as part of power system planning to aid sustainable energy policymaking. Based on use-case scenarios, the efficacy of smart grid solutions demand side management (DSM) and Active Voltage Control in maximizing PV energy yield and therefore revenue returns for prosumers and avoided costs for distribution networks between a developed country (the UK) and developing country (India) is analyzed. The results showed that while DSM could be a preferred means because of its potential for deployment via holistic demand response schemes for India and similar developing nations, technically the combination of the weaker low voltage network with significantly higher solar resource meant that it is not effective in preventing PV energy curtailment. K E Y W O R D Sactive voltage control, demand side management, distributed generation, energy yield curtailment INTRODUCTIONThe decarbonisation of the energy network has created higher demand for electricity over oil and coal. Some of the electrical power network assets such as transformers and switchgear assets were installed as early as the 1950s and are still in use today. 1 For example, the UK's National Infrastructure Delivery Plan 2016-2021 identifies that "much of the existing infrastructure which has served us well is now old" and that "major investment is required to accommodate new generation and replace aging assets". However, there is also a greater focus now on lowering the cost of deliveringThis is an open access article under the terms of the Creative Commons Attribution License, which permits use, distribution and reproduction in any medium, provided the original work is properly cited.

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Challenges in Reliable Power System Planning and Management with Large Scale Infusion of Renewable Sources in India

Cited by 4 publications

References 5 publications

Comprehensive Survey of Various Energy Storage Technology Used in Hybrid Energy

Comprehensive Survey of Various Energy Storage Technology Used in Hybrid Energy

Analysis of the local energy potential connection with power plants based on archimedes turbine 10 kW

Facilitating higher photovoltaic penetration in residential distribution networks using demand side management and active voltage control

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