Is Lithium-ion the Ideal Battery? Battery
University (link
/ cached
copy)
Nanomaterials for Rechargeable Lithium
Batteries, Bruce et al., Angewandte Chemie 47, pp. 2930-46
(2008) (link)
Sources used in composing the following table:
Types of Lithium Ion Batteries, Battery
University (link
/ cached
copy)
Comparison of Commercial Battery Types,
Wikipedia (link
/ cached
copy)
Selection of the Battery Pack Parameters for
an Electric Vehicle Based on Performance Requirements,
Koniak & Czerepicki, IOP Conf. Series: Mater. Sci. Eng
211, 012005 (2017) (link
/ cached
copy)
Comparison of Different Battery Types for
Electric Vehicles, Iclodean et al., IOP Conf. Series:
Mater. Sci. Eng 252, 012058 (2017) (link
/ cached
copy)
Automotive Li-Ion Batteries: Current Status
and Future Perspectives, Ding et al., Argonne National
Lab, to be published in Electrochemical Energy Reviews 2
(1) (link
/ cached
copy)
Lithium Ion Battery Fires
Events with Smoke, Fire, Extreme Heat or
Explosion involving Lithium Batteries, U.S. Federal Aviation
Administration, January 2020 (link
/ cached
copy)
Fire on Delta Airlines Flight Highlights
Danger from Lithium-Ion Batteries, Consumer Reports, March
2018 (link
/ cached
copy)
What's Behind the Increase in Lithium-Ion
Battery Fires on Planes? Consumer Reports, June 2017 (link
/ cached
copy)
Assessing The Safety of Lithium-Ion Batteries,
Mitch Jacoby, Chemical & Engineering News 91(6), pp.
33-37 (2013), American Chemical Society (link
/ cached
copy)
YouTube video of short circuited Li
Ion Battery, Functional Macromolecular
Laboratory, University of Maryland, 2012 (link):
Batteries in
TOMORROW's Homes & Ground Vehicles:
Lithium Ion Battery Research
Reviews:
Including histories, but written for
specialists (2nd article is locked behind a paywall):
Challenges for Rechargeable Li Batteries,
Goodenough & Kim, Chemistry of Materials 22, pp.
587-603 (2010) (link
/ cached
copy)
Before Lithium Ion Batteries, Winter et al.,
Chemical Reviews 118, pp. 11433-56 (2018) (link)
More recent reviews, written for
non-specialists, including material on subtopics below:
Building Safe Lithium‐Ion Batteries for
Electric Vehicles: A Review, Duan et al., Electrochemical
Energy Reviews 2019 (link
/ cached
copy)
Challenges and Opportunities Towards
Fast-Charging Battery Materials, Liu et al., Nature Energy
4, 540-50 (2019) (link
/ cached
copy)
How to Prime Batteries (including recipes for
creating desirable Li-Ion battery SEI and IPF layers),
Battery University (link
/ cached
copy)
Relevant Interface Layer research is
discussed in the "More recent" reviews cited above
Improved Separators:
Characterization and Performance Evaluation of
Lithium-Ion Battery Separators, Lagadec et al., Nature
Energy 2019 (link
/ cached
copy)
Additional Separator research is discussed
in the "More recent" reviews cited above
Solid Electrolytes:
Recent Advances in Inorganic Solid
Electrolytes for Lithium Batteries, Cao et al., Frontiers in
Energy Research (2014) (link
/ cached
copy)
Solid‐State Electrolytes for Lithium‐Ion
Batteries: Fundamentals, Challenges and
Perspectives, Zhao et al., Electrochemical Energy
Reviews 2, pp. 574-605 (2019) (link
/ cached
copy)
Additional Electrolyte research is discussed
in the "More recent" reviews cited above
Research Directed at Entirely New Types of
Battery:
Weird and Wonderful Batteries, Battery
University (link
/ cached
copy)
Saltwater / Aqueous Hybrid Ion Battery:
GREENROCK Saltwater Battery, BlueSky Energy I
Stromspeicher Batterien (link
/ cached copy)
What's Inside an Aqueous Hybrid Ion Battery?
Aquion Energy (cached
copy)
Enabling Solar Generation and Reducing Diesel
Consumption at the Redwood Gate Ranch Microgrid with Aqueous
Hybrid Ion (AHI) Batteries, Aquion (link
/ cached
copy)
Aquion Battery Review: Safe... But Limited
Power & Efficiency, SolarQuotes.com (link
/ cached
copy)
Behind the Scenes of Aquion Energy’s Battery
Factory & the Future of Solar Storage, Katie
Fehrenbacher, Gigaom.com July 20, 2014 (link
/ cached
copy)
Aquion Energy Closes $55M VC Round for
Grid-Scale Battery Plans, Jeff St. John, GreenTechMedia.com,
January 2014 (link
/ cached
copy)
Explanation for the Reactions in a Saltwater
Battery with Zinc and Copper Electrodes,
ChemistryStackExchange.com (link
/ cached
copy)
YouTube video of Saltwater Battery
cooked in gas flame for 30 minutes (link):
The Role of Technology in Green Ship Design,
Cheng & Hirdaris, Keynote Address, 11th Int. Marine Design
Conf. 2012 (link
/ cached
copy)
Study of Green Shipping Technologies -
Harnessing Wind, Waves and Solar Power in New Generation
Marine Propulsion Systems, Rutkowski, Int. J. on Marine
Navigation & Safety of Transportation 10 (4), pp. 627-32,
2016 (link
/ cached
copy)
Future Sailors: What will Ships Look Like in 30
Years? The Guardian 2018 (link
/ cached
copy)
14 Technologies to Make the Ultimate Green Ship,
MarineInsight.com 2019 (link
/ cached
copy)
$5bn Fund Unveiled for Climate-Friendly
Shipping, BBC 2019 (link
/ cached
copy)
Eco Marine Power Research Institute R&D (link
/ cached
copy)
Most Powerful Diesel Engine in the World,
NewAtlas.com 2004 (link
/ cached
copy)
New High-Economy Engines for Panamax Container
Ships and Large Tankers, DieselDuck.info 2007 (link
/ cached
copy)
How Much Do Cruise Ships Cost? And Why Are They
So Expensive? CheatSheet.ocm (link
/ cached
copy)
China Launches World’s First All-Electric Cargo
Ship, OilPrice.com 2017 (link
/ cached
copy)
Batteries in TOMORROW's
Greener Electrical Grid:
Energy Storage Technologies for Electric
Applications, Martin et al., University of San Sebastian (?),
Spain (link
/ cached
copy)
Advanced Power Electronic Interfaces for
Distributed Energy Systems, Kramer et al., 2008, U.S. National
Renewable Energy Lab (link
/ cached
copy)
Lithium–Antimony–Lead Liquid Metal Battery for
Grid-level Energy Storage, Wang et al., Nature 514, pp. 348-350
(2014) (link
/ cached
copy)
Electrochemical Energy Storage for Green Grid,
Yang et al., Chemical Reviews 111, pp. 3577-3613 (2011) (link)
Evaluation of Energy Storage Technologies for
Integration with Renewable Electricity: Quantifying Expert
Opinion, Daim et al., Env. & Soc. Transitions 3, pp. 29-49
(2021) (link)
Commercial and Research Battery Techniques for
Storage Applications, Cho et al., Prog. Energy and Combust. Sci.
48, pp. June 2015, Pages 84-101 (2015) (link)
Design and Analysis of Reversible Solid Oxide
Cells For Electrical Energy Storage, Advanced Energy Systems
Group, Colorado School of Mines - and references therein (link / cached
copy)
Regenerative (reversible) Fuel Cell, Wikipedia
(link / cached
copy)
What are Regenerative Fuel Cells?
AltEnergy.org (link / cached
copy)
Reversible Solid Oxide Fuel Cell Technology
for Green Fuel and Power Production, Mihn et al., Interface
(Electrochemical Society) 2013 (link / cached
copy)
Advanced Power Electronic Interfaces for Distributed Energy Systems - NREL 2008 (link / cached copy)
Hydrogen for Energy Storage Analysis Overview,
Steward et al., U.S. National Renewable Energy Lab 2010 (link
/ cached
copy)
Hydrogen Fuel Cells: Towards a Sustainable Energy
Future, Edwards et al., Energy Policy 26, pp. 4356-4362 (2008) (link)
Hydrogen Energy Storage, Office of Energy
Efficiency & Renewable Energy, U.S. Department of Energy (link
/ cached
copy)
Physical Hydrogen Storage, Office of Energy
Efficiency & Renewable Energy, U.S. Department of Energy (link
/ cached
copy)
Ammonia: Zero-Carbon Fertiliser, Fuel and
Energy Store, The Royal Society 2020 (link / cached
copy)
Comparison Chart of Fuel Cell Technologies, U.S.
Department of Energy, 2016 (link / cached
copy)
Analysis of Hydrogen and Competing Technologies for Utility Scale Energy Storage - U.S. National Renewable Energy Lab, 2010 (link / cached copy)
