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How Clean Energy Technology Fits Together
A plain overview of how generation, storage, distribution and end use connect in a low-carbon energy system, and why the pieces depend on one another.
Tech Horizons
How energy generation, storage and electric transport technologies work.
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A plain overview of how generation, storage, distribution and end use connect in a low-carbon energy system, and why the pieces depend on one another.
What slow, fast and rapid EV charging mean, how connectors differ in general terms, and what to think about before setting up charging at home.
How household electricity use is measured, what smart meters and plug-in or clamp sensors can show, and safe ways to find where your energy goes.
A simple explanation of the refrigeration cycle behind heat pumps and why moving heat can deliver more warmth than the electricity the system uses.
Why households store electricity, how a home battery system is sized, and the trade-offs in cost, efficiency, lifespan and safety to weigh up.
What replacing the liquid electrolyte in a battery means, the benefits researchers hope for, the manufacturing hurdles, and why timelines remain uncertain.
How a fuel cell turns hydrogen into electricity, why hydrogen is attractive as an energy carrier, and the production, storage and efficiency hurdles.
How panels, charge controllers, batteries and inverters work together in a standalone solar setup, how sizing works, and why larger systems need professionals.
How to interpret efficiency figures for energy products, what a percentage actually compares, and the common ways marketing leaves out context.
How small wind turbines capture energy, why site and wind speed matter so much, and what realistic expectations look like for a home or remote installation.
How the electric grid balances supply and demand second by second, why demand patterns shape the system, and what smart grids and storage change.
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