John O'Donnell, Co-founder and CEO of Rondo Energy, talks about the massive emissions problem of industrial heat and how Rondo's heat battery solution aims to decarbonize heat. The episode explores the challenges of transitioning to renewable energy sources for industrial heat, the potential of using brick as a core material in heating technology, and the opportunities for enabling heat as a service and grid participation.
Rondo Energy is tackling the emissions problem of industrial heat by leveraging renewable energy sources to provide reliable, high-temperature heat.
Rondo's heat batteries offer a scalable and efficient solution for integrating renewable energy into industrial heat processes, supporting the transition to a zero-emission future.
The financing community recognizes the potential of energy storage technologies like Rondo's heat batteries and is actively seeking ways to support their deployment.
Deep dives
Rondo Energy: Tackling Industrial Heat Emissions
Rondo Energy, led by co-founder and CEO John O'Donnell, aims to address the emissions problem of industrial heat. Traditional industrial heat relies on burning fossil fuels, but Rondo is leveraging renewable energy sources to provide reliable, high-temperature heat. The Rondo heat battery converts electricity into heat via electric heating elements and circulates it through a package of bricks. These heat batteries can achieve temperatures of up to 1500 degrees Celsius and store heat efficiently for long periods. The company is focused on making industrial heat decarbonization a cost-effective and scalable solution, with applications in various sectors such as chemicals, food and beverage, paper, steel, and cement.
The Opportunity in Decarbonizing Industrial Heat
Decarbonizing industrial heat presents a significant business opportunity. Rondo Energy believes that this sector holds great potential for renewable energy developers and financiers. The demand for renewable heat as a service is growing, and Rondo's technology offers a drop-in solution to replace fossil fuel-based heat sources in industries. By providing heat batteries that store and deliver heat where it is needed, Rondo enables a cleaner and more sustainable approach to industrial heat generation. The company aims to partner with major producers, developers, and finance entities to drive the adoption of their technology and accelerate the decarbonization of industrial heat.
The Role of Energy Storage in Industrial Heat Decarbonization
Energy storage plays a vital role in decarbonizing industrial heat. Rondo's heat batteries not only provide a reliable and continuous source of high-temperature heat but also offer the opportunity for energy storage and grid integration. These batteries can absorb and store excess renewable electricity during times of low demand or negative wholesale prices, contributing to grid stability. Furthermore, the stored heat can be converted back into electricity when needed, enabling a combined heat and power approach. Rondo's technology offers a scalable and efficient solution for integrating renewable energy into industrial heat processes, supporting the transition to a zero-emission future.
Project Financing and Market Evolution
The project financing landscape is evolving to support innovative solutions for industrial heat decarbonization. Rondo Energy has secured investments from Breakthrough Energy Ventures and Energy Impact Partners, which provide both financial backing and strategic guidance. The financing community recognizes the potential of energy storage technologies like Rondo's heat batteries and is actively seeking ways to support their deployment. The transition to a low-carbon economy requires creative financing models and partnerships between stakeholders. Rondo is actively engaging with developers, industrial partners, and finance entities to facilitate the financing of heat-as-a-service projects and drive the large-scale deployment of their technology.
Scaling Up and the Future of Industrial Heat Decarbonization
Rondo Energy envisions significant growth and impact in the field of industrial heat decarbonization. The company aims to establish multi-gigawatt-hour per year production capacity, ramp up project development, and forge strategic partnerships. By targeting key sectors such as chemicals, cement, steel, and others, Rondo seeks to replace fossil fuel-based heat sources at scale. The company's technology, combined with evolving finance models, regulatory frameworks, and market demand, positions it as a catalyst for the decarbonization of industrial heat worldwide. Rondo Energy invites collaboration from experts, professionals, and organizations in driving this global energy transition.
John O'Donnell is the Co-founder and CEO of Rondo Energy.
Rondo is tackling the massive emissions problem of industrial heat. Almost everything around us requires heat to be made, from chemicals, to paper, to cement, to steel, and historically, nearly all of that heat comes from burning fossil fuels. Renewable energy is now becoming cheaper to procure than fossil fuels, but as we know, it's intermittent, and a factory needs access to heat for its processes when it needs it. So how do we harness the fluctuating availability of renewable power and let industry turn it into a reliable and extremely high temperature heat as needed?
John believes that figuring this out is the opportunity of a lifetime and one of the biggest levers to unlock decarbonizing our economy. The Rondo heat battery, in simplest terms, takes electricity and turns it into heat via an electric heating element, like those found in a toaster, and then circulates that heat across a condensed package of bricks that can currently achieve heat of up to 1500 degrees Celsius and store it at high efficiency for extremely long periods of time.
It's a surprisingly low-tech sounding approach for a very complex problem. In this episode, John discusses the problems of industrial heat, how industry has historically solved them, some emerging technologies competing to decarbonize heat, and how Rondo works. We also talk about how project financing is evolving to consider not just the power generation capabilities of a renewable energy project, but how an end-to-end system such as renewable energy plus heat or storage can change costs for an industrial heat and power consumer.
In this episode, we cover:
[03:13]: John's background in computer science, building companies, and working in the solar thermal space
[06:08]: Introduction to global industrial heat needs
[08:17]: Why it's challenging to harness renewable energy for industrial heat
[11:30]: Why using electricity off the grid isn't feasible
[13:05]: Falling cost of renewables and policies driving decarbonization of industrial heat
[14:58] Carbon capture and the concept of a “green premium”
[17:12]: The new class of electric thermal energy storage technologies
[19:14]: Pros and cons of alternative energy storage options
[24:09]: Overview of Rondo's tech
[37:26]: How Rondo can convert stored heat back to electricity for grid supply
[39:03]: How John sees the evolution of Rondo
[43:11]: Rondo's projects in operation today
[45:24]: Partnering with manufacturers and exploring zero-emission cement manufacturing
[51:32]: The size and makeup of Rondo's products
[53:53]: How the project financing space has evolved
[59:12]: John's closing thoughts and opportunities in the space
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Episode recorded on May 24, 2023
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