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  • All HBS Web  (29)
    • News  (5)
    • Research  (24)
  • Faculty Publications  (18)

Show Results For

  • All HBS Web  (29)
    • News  (5)
    • Research  (24)
  • Faculty Publications  (18)
Page 1 of 29 Results →
  • August 2020
  • Case

24M Technologies

By: John R. Wells and Benjamin Weinstock
In early 2020, 24M Technologies (24M) announced that two of its strategic investors had commenced building plants to produce lithium-ion (Li-ion) batteries based on 24M’s novel semi-solid electrode technology. This promised to halve the cost of conventional Li-ion... View Details
Keywords: Lithium-ion Batteries; Technological Innovation; Commercialization; Growth and Development Strategy; Competitive Strategy
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Wells, John R., and Benjamin Weinstock. "24M Technologies." Harvard Business School Case 721-386, August 2020.
  • August 2021 (Revised February 2022)
  • Case

Northvolt: Making the World's Greenest Battery

By: Jurgen R. Weiss and Emilie Billaud
In 2021, the demand for lithium-ion batteries increased rapidly, particularly for electric vehicles. Anxious not to be reliant on Asian players, Europe was keen on developing its own home-grown capacity to control the value chain, maintain employment in Europe, and get... View Details
Keywords: Electric Vehicles; Lithium-ion Batteries; Business Ventures; Energy; Green Technology; Technological Innovation; Growth and Development Strategy; Competitive Advantage; Transportation; Supply Chain; Globalized Markets and Industries; Goals and Objectives; Factories, Labs, and Plants; Battery Industry; Energy Industry; Green Technology Industry; Transportation Industry; Europe; Sweden; Germany; Poland
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Weiss, Jurgen R., and Emilie Billaud. "Northvolt: Making the World's Greenest Battery." Harvard Business School Case 722-004, August 2021. (Revised February 2022.)
  • April 2021
  • Teaching Note

Wuxi Lead Intelligent Equipment Co., Ltd.

By: John R. Wells and Benjamin Weinstock
Within 20 years of launch, entrepreneur Wang Yanquing had built Wuxi Lead into the world’s largest manufacturer of equipment for manufacturing capacitors, lithium-ion batteries, and fuel cells.
The first big choice an entrepreneur faces is what sector to... View Details
Keywords: Lithium-ion Batteries; Industry Dynamics; Entrepreneurial Journey; Entrepreneurship; Markets; Strategy; Decision Making; Manufacturing Industry; China
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Wells, John R., and Benjamin Weinstock. "Wuxi Lead Intelligent Equipment Co., Ltd." Harvard Business School Teaching Note 721-452, April 2021.
  • January 2020
  • Case

Wuxi Lead Intelligent Equipment Co., Ltd.

By: John R. Wells and Benjamin Weinstock
In 2019, Wuxi Lead Intelligent Equipment Co., Ltd. (Lead) was the largest supplier of lithium-ion rechargeable battery manufacturing equipment in the world. Based in Wuxi, China, the company generated RMB 3.9 billion ($557 million) in revenues in 2018, up from RMB 175... View Details
Keywords: Lithium-ion Batteries; Electric Vehicles; Government Subsidies; Industry Dynamics; Markets; Change; Strategy; Decision Making; Manufacturing Industry; China
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Wells, John R., and Benjamin Weinstock. "Wuxi Lead Intelligent Equipment Co., Ltd." Harvard Business School Case 720-419, January 2020.
  • November 2019 (Revised April 2021)
  • Technical Note

Rechargeable Batteries, 2017: Gigafactory Wars in the Offing?

By: John R. Wells and Benjamin Weinstock
In 2017, the global market for rechargeable lithium-ion (Li-ion) batteries was 126 gigawatt-hours (GWh) valued at $37 billion, growing by $10 billion in two years. Once confined largely to consumer electronics and appliances, the rapid increase in demand was spurred by... View Details
Keywords: Batteries; Rechargeable Batteries; Lithium-ion; Lithium-ion Batteries; Electric Vehicle; Electric Vehicles; Energy Entrepreneurship; Energy Markets; Energy Storage; Battery; Demand Uncertainty; Demand Forecasting; Supply & Demand; Supply And Demand; Capacity Planning; Tesla; Technological And Scientific Innovation; Technological Change; Technology Change; Technology Commercialization; Policy Change; Subsidies; Power/Energy; Power Grid; Energy Policy; Developing Markets; Alevo; Samsung; LG Chem; CATL; Northvolt; General Motors; Energy; Entrepreneurship; Technological Innovation; Commercialization; Policy; Demand and Consumers; Forecasting and Prediction; Supply and Industry; Emerging Markets; Competitive Strategy; China
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Wells, John R., and Benjamin Weinstock. "Rechargeable Batteries, 2017: Gigafactory Wars in the Offing?" Harvard Business School Technical Note 720-371, November 2019. (Revised April 2021.)
  • 2022
  • Case

Tesla's Battery Supply Chain: A Growing Concern

By: Andrew J. Hoffman
In October 2021, the fictional vice president of supply chain sustainability at Tesla is working on finding the best way to achieve Tesla's goal of 100% recycling for the batteries in its electric vehicles (EVs) as they reach their end of life. A major challenge in... View Details
Keywords: Supply Chain Management; Environmental Sustainability; Corporate Social Responsibility and Impact; Governance Compliance; Metals and Minerals; Auto Industry
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Hoffman, Andrew J. "Tesla's Battery Supply Chain: A Growing Concern." William Davidson Institute Case 9-884-554, 2022.
  • May 2006
  • Case

A123Systems

By: H. Kent Bowen, Kenneth P Morse and Douglass Cannon
A 123Systems was a young company that was founded on basic materials science research at the Massachusetts Institute of Technology. A co-founder of the company, Yet-Ming Chiang, was a full professor at MIT and served as scientific adviser. Intellectual property based... View Details
Keywords: Intellectual Property; Business Startups; Research and Development; Commercialization; Technological Innovation; Science-Based Business; Product Development; Battery Industry; Electronics Industry; Massachusetts
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Bowen, H. Kent, Kenneth P Morse, and Douglass Cannon. "A123Systems." Harvard Business School Case 606-114, May 2006.
  • November 2016 (Revised September 2018)
  • Case

Elon Musk's Big Bets

By: David B. Yoffie, Eric Baldwin and Brandon Kaufmann
Between late 2014 and late 2016, Tesla CEO Elon Musk undertook several major, and risky, initiatives that would dramatically expand the scale and scope of Tesla’s business. In late 2014, Tesla began construction on a $5 billion “gigafactory” that would manufacture... View Details
Keywords: Electric Vehicles; Batteries; Solar Power; Strategy; Execution; Technology; Space Flight; Tesla; SolarCity; SpaceX; Elon Musk; Information Technology; Risk and Uncertainty; Expansion; Renewable Energy; Investment; Manufacturing Industry; Green Technology Industry; Auto Industry; Aerospace Industry; Battery Industry
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Yoffie, David B., Eric Baldwin, and Brandon Kaufmann. "Elon Musk's Big Bets." Harvard Business School Case 717-431, November 2016. (Revised September 2018.)
  • November 2021 (Revised May 2022)
  • Case

QuantumScape's Mission to Revolutionize Energy Storage for a Sustainable Future

By: William A. Sahlman, Allison M. Ciechanover and Jeff Huizinga
QuantumScape CEO Jagdeep Singh juggles the many activities required to lead the next-generation battery pioneer. Founded in 2010, QuantumScape’s mission was to develop new “solid-state” car batteries that would improve upon traditional lithium-ion batteries in key... View Details
Keywords: Batteries; Electric Vehicles; SPACs; Innovation and Management; Technological Innovation; Science-Based Business; Environmental Sustainability; Auto Industry; Energy Industry; California; San Jose
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Sahlman, William A., Allison M. Ciechanover, and Jeff Huizinga. "QuantumScape's Mission to Revolutionize Energy Storage for a Sustainable Future." Harvard Business School Case 822-044, November 2021. (Revised May 2022.)
  • 2025
  • Working Paper

How to Choose Among Technologies with Learning Curves: Making Better Investment Decisions

By: Christian Kaps and Arielle Anderer
Learning curves, the fact that technologies improve as a function of cumulative experience or investment, are desirable-think inexpensive solar panels or higher performing semiconductors. But, for firms that need to pick one technology among several candidates, such as... View Details
Keywords: Learning Curve; Technology; Innovation; Batteries; Energy Storage; Sequential Decision Making; TELCO; Exploration; Exploitation; Problems and Challenges; Cost vs Benefits; Technology Adoption; Battery Industry
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Kaps, Christian, and Arielle Anderer. "How to Choose Among Technologies with Learning Curves: Making Better Investment Decisions." Working Paper, March 2025.
  • December 2023
  • Article

When Should the Off-Grid Sun Shine at Night? Optimum Renewable Generation and Energy Storage Investments

By: Christian Kaps, Simone Marinesi and Serguei Netessine
Globally, 1.5 billion people live off the grid, their only access to electricity often limited to operationally-expensive fossil fuel generators. Solar power has risen as a sustainable and less costly option, but its generation is variable during the day and... View Details
Keywords: Energy; Renewable Energy
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Kaps, Christian, Simone Marinesi, and Serguei Netessine. "When Should the Off-Grid Sun Shine at Night? Optimum Renewable Generation and Energy Storage Investments." Management Science 69, no. 12 (December 2023): 7633–7650.
  • 31 May 2011
  • Research & Ideas

Japan Disaster Shakes Up Supply-Chain Strategies

shortage of lithium-ion battery components. "This kind of disaster cuts a wide swath across the auto industry, but there's probably some similar geographic area that, if hit, would affect a different industry. It only takes a very... View Details
Keywords: by Dennis Fisher; Auto; Technology; Computer; Electronics
  • 01 Sep 2011
  • News

Charged Up

each faces a distinct set of business and strategy challenges. In the case “A123 Systems,” HBS professor Richard Vietor presents the issues confronting a manufacturer of the complex, evolving technology of lithium-ion batteries. Based in... View Details
Keywords: Julia Hanna; batteries; Electrical Equipment, Appliance, and Component Manufacturing; Manufacturing
  • 12 Mar 2024
  • Blog Post

IFC India: Electric Mobility in India

technology startup, inaugurated India's first commercial lithium-ion cell manufacturing facility. Founded by Akshay Singhal and Kartik Hajela in 2015, the company focuses on creating EV batteries tailored for efficient operation in Indian... View Details
  • Web

Mobility Policy | About

windows, hallways, stairs, or emergency egress paths. When storing lithium-ion batteries and micromobility devices they power keep them away from hot cars, direct sunlight, freezing temperatures and combustible materials. Batteries & Safe... View Details
  • 21 Nov 2017
  • News

Alumni Peer into the Future of Energy

you have a massive production of lithium-ion batteries––that’s the technology of choice today––which brings scale costs way down. So, as EVs grow, that’s going to drive down lithium-ion prices. “You’re going... View Details
Keywords: Margie Kelley; solar power; wind power
  • 06 Jun 2013
  • Op-Ed

How to Do Away with the Dangers of Outsourcing

culminated in a lithium-ion battery so deficient that the entire nascent fleet of 787s had to be grounded shortly after launch. Boeing's scale was epic, but these problems are far from new. Nike, Foxconn, and a host of others have... View Details
Keywords: by Ranjay Gulati; Manufacturing; Apparel & Accessories; Fashion
  • 01 Jun 2023
  • News

Batteries Included

materials and doesn’t require problematic materials (such as cobalt or nickel) common in other lithium-ion battery chemistries. I imagine it has great possibilities.” Fleetzero has embraced those possibilities—though not from the outset.... View Details
Keywords: Catherine O’Neill Grace; Water Transportation; Transportation
  • 01 Jun 2017
  • News

Supercharged

underpowered compact hatchbacks like the Nissan Leaf and the BMW i3, neither of which could go more than 100 miles without needing to recharge. But there’s a reason that so many auto executives are now pinning their hopes on that long-dormant middle market: the falling... View Details
Keywords: Alexander Gelfand; illustrations by Tavis Coburn
  • 12 Sep 2006
  • First Look

First Look: September 12, 2006

adviser. Intellectual property based on the science, which offered a radical way to construct lithium-ion batteries that promised higher energy densities, was licensed from MIT. The concept for the company was based on laboratory... View Details
Keywords: Sean Silverthorne
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