A Review of Recent Advances on Hybrid Energy Storage System for Solar Photovoltaics Power Generation

Abstract

The use of hybrid energy storage systems (HESS) in renewable energy sources (RES) of photovoltaic (PV) power generation provides many advantages. These include increased balance between generation and demand, improvement in power quality, flattening PV intermittence, frequency, and voltage regulation in Microgrid (MG) operation. Ideally, HESS has one storage is dedicated for high energy storage (HES) and another storage for high power storage (HPS) purpose. HES is used to fulfill long-term energy demand, while HPS is used to handle power transients and fast load fluctuations. This paper examines HESS comprehensively for PV power generation and focuses on its ability to combine two storage technologies. The two storage technologies include high energy and high power. This paper also analyzes the important aspects of advance HESS in PV power generation in the context of capacity sizing, power converter topology and strategies management energy. Several capacity sizing methods were critically reviewed and tabulated. Power converter (PC) topologies are classified and briefly discussed regarding their advantages and disadvantages. Furthermore, energy management strategies with various control techniques are critically classified and evaluated for better future direction. In addition, the implementation of HESS on PV power plants in current real projects is presented and evaluated. Finally, this paper can be considered as useful guide for the use of HESS in PV power plants including features, limitations, and real applications.

A Review on Optimal Energy Management of Multimicrogrid System Considering Uncertainties

“…Due to the rising public awareness in environmental concerns, several countries and organizations have established legal commitments in delivering a more suitable energy system [1][2]. Meanwhile, the volatility in electricity price caused by reduction of fossil fuel reserves, renewable energy generation has become the most popular solution to meet energy demand in future energy scenarios [3]. Particularly, in the electricity sector, wind and photovoltaic power are experiencing the highest growth in different countries.…”

Structured Analysis and Review of Filter-Based Control Strategies for Hybrid Energy Storage Systems

“…It is mandatory for a proper functioning HESS that the power is distributed correctly between the two storage technologies, i.e., the control strategy or energy management the HESS operates with is crucial. [1]- [9] There are various classes of control schemes for HESS: rule-based or fuzzy-logic-based control, filter-based control, online (model predictive) and offline optimization-based control or control with the help of neural networks [1], [4]- [8], [10], [11]. Note that this study deals with control as an energy management strategy that allocates the power flow to and between the two storages at a system level.…”

“…I.e., common linear proportionalintegral control (e.g. [11]), two-point control (e.g. [11]), or advanced and robust control such as (adaptive terminal) sliding mode control (e.g.…”

“…[11]), two-point control (e.g. [11]), or advanced and robust control such as (adaptive terminal) sliding mode control (e.g. [12]- [15]), observer-based control (e.g.…”

Integrated Scalable Framework for Smart Energy Management

“…Fourthly, as illustrated by frameworks proposed by Bhayo et al [8], [9] and Sutikno et al [10], the integrated energy management systems supported by various hybrid clean energy generation schemes are equipped with storage capabilities to enhance sustainability and support the environmentally-friendly approach. However, the missing of using data-driven and prediction techniques to be able to deal with the near future events to act accordingly is considered a drawback which may reduce the efficiency of these types of frameworks.…”