Blogs

SWB Insights & Research

Thought leadership on thermodynamics, aerospace engineering, and energy storage—plus simulated case studies across climates.

Series

What We Write About

From the “Energy Trilemma” to liquid air storage, we publish practical, engineering-led articles designed for partners, investors, and early adopters.

Engineers collaborating in a workshop

Thought Leadership

Articles on the future of thermodynamics and aerospace engineering in energy.

Explore Technology
Aerial view of a solar power plant

Educational Series

Explainers on the “Energy Trilemma” and the science of Liquid Air storage.

Read About SWB
Industrial energy infrastructure at sunset

Case Studies

Simulated performance data for different climates (e.g., UK vs. Sub-Saharan Africa).

See Investor Case
Editorial

How We Build Each Post

We translate complex system design into clear, decision-ready insights—grounded in simulation, performance assumptions, and real-world deployment constraints.

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Engineering-led posts
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Simulation-first approach

01

Define the scenario

Application, load profile, climate, and constraints (grid, off-grid, EV charging, mini-grid).

02

Model the system

Hybrid wind + solar PV + solar CSP + SAC with tri-storage (air, liquid air, molten salt).

03

Share results & implications

What changes LCoEE, reliability, and dispatchability—and what it means for pilots and partnerships.

Want a topic covered?

Tell us your use case (urban, onshore, offshore, mini-grid, EV charging). We’ll share a tailored perspective and discuss pilots, partnerships, or investment materials.

Contact Us