BattCharts by #BattChat
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Aggregating random battery charts, figures, and forecasts from across #batterytwitter
1. Li-ion vs SSB
(@BloombergNEF)
2. Global gigafactory capacity
(VDE Renewables)
3. Cathode patent activity
(@EPOorg)
4. Recycling by chemistry
(@CircularStorage)
5. EV SPACs
(@BloombergNEF)
6. Cell producers
(@benchmarkmin)
7. Specific energy in academia
(@RInterfaces)
8. Cost declines
(@MIT)
9. Solid state roadmap
(CAS)
10. EV charging rates
(@rhomotion)
11. Top patent applicants
(@EPOorg)
12. Cathode chemistries
(@VWGroup)
13. Supply chain representation
(@Roskill_Info)
14. Nickel demand
(@Roskill_Info)
15. Chemistry forecast
(@FaradayInst)
16. Recycling capacity
(@CircularStorage)
17. Energy storage deployment
(@WoodMackenzie)
18. Li-ion build out
(@benchmarkmin)
19. Lithium production vs demand
(@BloombergNEF)
20. Supply chain participation
(@Roskill_Info)
21. Material shopping routes
(@BloombergNEF)
22. European gigafactories
(@energigune_brta)
23. Battery components
(@Energystorage4)
24. China LFP
(@AdamasIntel)
25. Power vs energy
(@theapcuk)
26. Value chain
(@theapcuk)
27. European recyclers
(@theapcuk)
28. Solid state cost savings
(@BloombergNEF)
29. Market share scenarios
(@UniLeidenNews)
30. Commercial 18650s
(BatteryBrunch)
31. QS timeline
(@QuantumScapeCo)
32. LFP production expansion
(WeChat)
33. Carbonate prices
(@benchmarkmin)
34. Carbonate price forecast
(@jpmorgan)
35. New friends
(@IntercalationSt)
36. Gigafactory forecasts
(@benchmarkmin)
37. Li-S cost
(@SUSTechSZ)
38. Production chain
(MEET Battery Research Center)
39. European recycling
(@CircularStorage)
40. Pack chemistries
(@McKinsey)
41. Value add
(ITC)
42. Co and Li resources
(@FaradayInst)
43. Cobalt production
(@benchmarkmin)
44. Solid state publications
(@webofscience)
45. Solid state comparison
(@FaradayInst)
46. Cell materials & manufacturing roadmap
(@theapcuk)
47. Modules & pack roadmap
(@theapcuk)
48. Grid storage chemistries
(@WoodMackenzie)
49. Raw material cost
(@RockyMtnInst)
50. Long duration storage
(@Joule_CP)
51. EV pack sizes
(RKEquity)
52. North American gigafactories
(@energigune_brta)
53. EV survey
(@OliverWyman)
54. OEM solid state timelines
(@Yole_Dev)
55. Solid state forecast
(@Yole_Dev)
56. Solid state step changes
(@Yole_Dev)
57. Global EV stock
(@IEA)
58. EV models
(@IEA)
59. Heavy duty vehicles
(@IEA)
60. Uses for lithium
(@StatistaCharts)
61. Material demand growth
(@UBS)
62. Material demand rise
(@FT)
63. Pack cost sensitivity
(@UBS)
64. Cost projections
(@BloombergNEF)
65. Patent filings per technology
(@adlittle)
66. Batteries installed
(@BloombergNEF)
67. Focus areas
(@adlittle)
68. Unmet requirements
(@adlittle)
69. NMC811 comparison
(@McKinsey)
70. Performance comparison
(@adlittle)
71. Material market projections
(@adlittle)
72. NMC811 costs
(@McKinsey)
73. EV lifecycle emissions
(@BloombergNEF)
74. Battery recycling sources
(@li_cycle)
75. Cost of mass market Li-ion
(@SilaNanotech)
76. Intercalation vs conversion
(@SilaNanotech)
77. Cobalt prices
(@FT)
78. Pack content breakdown
(@VW)
79. OEM electrification
(@IEA)
80. EV mineral usage
(@IEA)
81. 2040 mineral demand growth
(@IEA)
82. Spent Li-ion batteries
(@IEA)
83. Recycled vs primary battery supply
(@IEA)
84. EV life-cycle emissions
(@IEA)
85. NMC622 emissions footprint
(@BloombergNEF)
86. Mineral producing countries
(@IEA)
87. Mining commitments vs demand forecast
(@IEA)
88. EV battery capacities
(@jpmorgan)
89. EV auto industry
(@jpmorgan)
90. Battery and EV stock surge
(@jpmorgan)
91. US energy storage deployments
(@jpmorgan)
92. Top EV prices
(@jpmorgan）
93. Li-ion learning curve
(@jpmorgan)
94. EV fires
(@AccureBattery)
95. EV & battery price fall
(@ARKInvest)
96. Automakers and cell manufacturing
(@BloombergNEF)
97. EV battery installations
(SNE Research)
98. US battery market
(@GrandViewInc)
99. DoD vs capacity loss
(@UofSC)
100. 2020 EV forecasts from 2014
(@RITtigers)
101. FCV vs BEV Sales
(@BloombergNEF)
102. Electric flight
(@EnergyImpact_)
103. 2025 production capacity
(@BloombergNEF)
104. Long duration characteristics
(@RockyMtnInst)
105. Cathode evolution
(@benchmarkmin)
106. Geothermal brine Li extraction
(@VulcanEnergyRes)
107. US import reliance
(@USGS)
108. EV cost parity
(@BloombergNEF)
109. LiB production ramp up
(@FraunhoferISI)
110. 18650 vs 21700
(@RWTH)
111. Pouch vs prismatic vs cylindrical
(Thielmann2017)
112. Learning curves for large and small formats
(@FraunhoferISI)
113. Battery manufacturing
(@iScience_CP)
114. Published storage costs
(@NREL)
115. LIB production process
(@NREL)
116. Material cost breakdown
(@NREL)
117. Cost vs Manufacturing
(@CarnegieMellon)
118. Li-ion roadmap
(Sharova2020)
119. Natural vs synthetic graphite
(Sharova2020)
120. Capacity retention
(Preger2020)
121. DC fast charging
(@InsideEVs)
122. Regional costs
(@BloombergNEF)
123. Solid-state production changes
(Sharova2020)
124. Li-metal timelines
(@benchmarkmin)
125. Li-S targets
(@JCESRHub)
126. Expected developments
(@energigune_brta)
127. Costs vs Manufacturing
(Sakti2015)
128. Efficiency in passenger EVs
(@transenv)
129. More cost projections
(@NREL)
130. Formation and aging
(Sharova2020)
131. EV sales
(@BloombergNEF)
132. Demand projections comparison
(@argonne)
133. Cell manufacturing capacities
(@benchmarkmin)
134. The supply chain
(@ENERGY)
135. Why recycle Li
(@argonne)
136. Gigafactory energy consumption
(Sharova2020)
137. Reject rates
(Sharova2020)
138. Power vs energy
(Enpolite)
139. Storage temperatures
(Enpolite)
140. North America
(@LMCAutomotive)
141. Cell formats
(@LMCAutomotive)
142. Cathode types
(Andre2015)
143. Cell & pack energy densities
(Ue2020)
144. Historical capacity & manufacturing trends
(Schalkwijk2002)
145. EV battery recycling
(Lander2021)
146. Gigafactory chemistry mix
(@MatthiasSimolka)
147. Chemical cost of energy storage
(Li2017 @Joule_CP)
148. Sodium-ion batteries
(Tapia-Ruiz2021 @NaNexgen)
149. Na-ion vs Li-ion
(CATL)
150. Energy storage vs duration
(@LuxResearch)
151. Battery manufacturing capacities
(@BloombergNEF)
152. Value chain profitability
(@joewilliams104)
153. Batteries across electronics/EV/industrial sectors
(Avicenne)
154. History of Panasonic batteries
(@panasonic)
155. Deployed cells
(@ZennRoland)
156. Battery manufacturers
(@VisualCap)
157. Historical specific energy development
(Masias2021)
158. Active material performance targets
(Masias2021)
159. Pack vs cell
(Masias2021)
160. Energy storage landscape
(@Cheesecake_CEL)
161. Global production capacity
(@Deloitte)
162. Raw material requirements for energy technologies
(@VisualCap)
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