In this list
Energy Transition | Metals

Honeywell makes $27.5 million investment in ESS Tech to advance iron flow batteries

Metals | Steel

Platts World Steel Review

Natural Gas (North America) | Oil & Gas | Energy Transition | Emissions

New underground mapping may mean more oil and gas, fewer cut trees

Oil | Energy Transition | Energy

APPEC 2024

Oil & Gas | Natural Gas | Crude Oil | Refined Products | Fuel Oil

Brazil's regulation on imported biodiesel raises uncertainties

Electric Power | Electricity | Energy | Energy Transition | Renewables

Platts EuGO: European Guarantees of Origin assessments

Oil & Gas | Shipping | Coal | Metals | Electric Power | Energy Transition | Refined Products | Bunker Fuel | Fuel Oil | Marine Fuel | Metallurgical Coal | Steel | Ferrous | Nuclear | Renewables | Crude Oil

Commodity Tracker: 5 charts to watch this week

For full access to real-time updates, breaking news, analysis, pricing and data visualization subscribe today.

Subscribe Now

Honeywell makes $27.5 million investment in ESS Tech to advance iron flow batteries


140 TWh of energy storage capacity by 2040

Long duration storage needed to support renewables

  • Author
  • Jared Anderson
  • Editor
  • Benjamin Morse
  • Commodity
  • Energy Transition Metals

Honeywell and ESS Tech said Sept. 25 they are collaborating on developing iron flow battery energy storage systems and working to advance market adoption of the technology.

Not registered?

Receive daily email alerts, subscriber notes & personalize your experience.

Register Now

"The demand for long-duration energy storage represents a compelling market opportunity within the energy transition and the combination of Honeywell and ESS technology can accelerate decarbonization for the commercial, industrial and utility sectors," Bryan Glover, chief growth officer of Honeywell's Performance Materials and Technology group, said in a statement.

ESS manufactures all its iron flow battery systems and components in Wilsonville, Oregon, a spokesperson said in an email.

The rapid increase in renewable power generation is creating global demand for long-duration energy storage, the companies said.

As countries transition to zero carbon energy systems, the energy storage market is currently estimated to be $50 billion per year and forecast to increase significantly with a cumulative investment of up to $3 trillion by 2040, according to the non-profit Long Duration Energy Storage Council and consultant McKinsey & Co.

Installed capacity growth

Additionally, long duration energy storage capacity is expected to increase from about 1 TWh in 2025 to between 85 TWh and 140 TWh by 2040, according to a presentation released in conjunction with the news statement.

Power modeling has shown a growing need for energy storage system capacity, both in terms of power and duration, "with duration being a particularly important dimension as the share of renewable penetration in generating capacity increases," the energy storage council said in a 2021 report.

The US Department of Energy's Advanced Research Projects Agency-Energy division has shown that the need for long duration energy storage increases greatly when renewables reach 60% to 70% of power capacity and the global need for LDES by 2040 was estimated at 1.5 TW to 2.5 TW of power capacity and 85 TWh to 140 TWh of energy capacity.

In total there is 16 GWh of deployment targeted in the US by 2035 including goals, targets, and mandates, though it is unlikely all of that capacity will be built, S&P Global Commodity Insights power market analysts said in their most recent US Power Storage Outlook.

Regarding the investment details, Honeywell has purchased 16.5 million shares for $27.5 million at $1.67/share, according to the presentation.

Honeywell received a warrant to purchase an additional 10.6 million shares for $20 million at $1.89/ share, and ESS has received a $15 million pre-payment for Honeywell product purchases.

"Safe and sustainable IFB technology enables the transition to clean energy using Earth-abundant materials – iron, salt and water – to provide energy storage without reliance upon limited minerals such as lithium, cobalt or vanadium," the companies said.