【摘 要】
：
Energy sustainable development has stimulated the pursuit of an eco-friendly energy storage system.Carbon peak and neutrality targets oriented energy storage development will guide the way of further studies on batteries system.However,conventional batter
【机 构】
：
Key Laboratory of Advanced Energy Materials Chemistry (Ministry of Education),Renewable Energy Conve
论文部分内容阅读
Energy sustainable development has stimulated the pursuit of an eco-friendly energy storage system.Carbon peak and neutrality targets oriented energy storage development will guide the way of further studies on batteries system.However,conventional batteries system (lead-acid batteries,lithium-ion batteries) based on ungreen transition metal oxide,flammable electrolytes or hazardous metals cannot keep pace with the development of society sooner or later.Thus,vast explorations on the advanced rechargeable battery systems were conducted.Compared with other battery systems,zinc ion battery systems with inherent safety,low cost were widely investigated.Especially,the zinc organic batteries based on the eco-efficiency organic cathodes were promising alternative advanced batteries for future energy storage systems.Therefore,various organics and different electrochemistry mechanisms were explored in the zinc batteries system.Herein,a timely review on elaborate analysis about functional groups,fundamentals,progress accompanied by the discussion on the four core issues:voltage,capacity,rate performance,cycle life was presented.Specifically,aiming at these issues,three levels of solution strategies:materials design concepts,morphology structure optimization and electrolyte environment were summarized and proposed for the development and innovation of zinc organic batteries.
其他文献
Oxygen electrode catalysts are important as inter-conversion of O2 and H2O is crucial for energy tech-nologies.However,the sluggish kinetics of oxygen reduction and evolution reactions (ORR and OER)are a hindrance to their scalable production,whereas scar
Micrometre-sized electrode materials have distinct advantages for battery applications in terms of energy density,processability,safety and cost.For the silicon monoxide anode that undergoes electro-chemical alloying reaction with Li,the Li (de)intercalat
Na2Ti3O7 has attracted much attention in the field of anode materials for Na-ion batteries thanks to its non-toxicity and very low working potential of 0.3 V vs Na0/Na+.Building a clearer picture of its forma-tion from cheap Na2CO3 and TiO2 starting mater
In this review,the history and outlook of gas-phase CO2 activation using single electrons,metal atoms,clusters (mainly metal hydride clusters),and molecules are discussed on both of the experimental and theoretical fronts.Although the development of bulk
S@pPAN has become promising cathode materials in rechargeable batteries due to its high compressed density,low E/S ratio,no polysulfide dissolution,no self-discharge,and stable cycling.However,it is a big challenge to enhance its sulfur content which dete
Design and synthesis of low bandgap (LBG) polymer donors is inevitably challenging and their process-ability from a non-halogenated solvent system remains a hurdle to overcome in the area of high-performance polymer solar cells (PSCs),Due to a high aggreg
The expedited consumption of fossil fuels has triggered broad interest in the fabrication of novel catalysts for electrochemical energy storage and conversion.Especially,single-atom catalysts (SACs) have attracted more attention owing to their high specif
Electrocatalytic oxygen reduction reaction (ORR) and hydrogen evolution reaction (HER) in acidic media are vital for the applications of renewable energy electrolyzers.However,the low mass activity of noble Pt urgently needs to be improved due to the stro
Lignocellulosic biomass photoreforming is a promising and alternative strategy for both sustainable H2 production and biomass valorization with infinite solar energy.However,harsh reaction conditions (high alkalinity or toxic organic solvents),with low bi
Two-dimensional coordination polymers (CPs) have aroused tremendous interest as electrocatalysts because the catalytic performance could be fine-tuned by their well-designed coordination layers with highly accessible and active metal sites.However,it rema