Completed Clean Energy Engineering

MiTRE (MicroTurbine Range Extender)

In plain English

AI plain-English summary

Delta is building a 15-kilowatt microturbine—smaller and cheaper than existing designs—to serve as a range extender for electric vehicles. The problem is straightforward: electric vehicles today face a trade-off between cost and range. Large battery packs are expensive and heavy, while smaller packs limit how far a driver can go. A compact, low-cost generator that kicks in when the battery runs low could break that trade-off. Delta’s microturbine is designed to fit into a vehicle without adding much weight or cost, and its 15-kilowatt output is sized to cover most everyday driving scenarios. If the prototype works, the impact would be felt in the supply chains and manufacturing lines that produce electric vehicles. Automakers could offer cheaper models with smaller batteries, confident that a microturbine extender provides backup range. Drivers would face less “range anxiety” without paying for a full-sized battery pack. The technology itself—a microturbine optimised for automotive use rather than stationary power generation—is a new piece of engineering infrastructure that could quietly reshape how electric vehicles are designed and priced.

View original technical description
Building on Delta’s TSB-supported feasibility study, the aim of this project is to design and build a small, light weight and most importantly low cost microturbine-based generator for use as a range extender for electric vehicles. The holistic approach taken by Delta to understanding the challenges posed by vehicle electrification has highlighted that a low cost, compact range extender is a very important enabling technology – its addition to an electric vehicle will reduce the vehicle’s cost (by displacing some of the batteries) while also offering its owner greater availability and range. Delta is starting afresh with the microturbine, optimising it for the automotive range extender application. The chosen size of 15kW will allow the device to be extremely compact whilst still delivering sufficient power to cover the vast majority of usage scenarios.

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Related Research

Grants with similar aims, by meaning.

Ultra-compact 15kW microturbine range extender
A Turbo Range Extender (TREx)
Ultra Lightweight Range Extender for Electric Vehicles ("ULRE")
Development of a Range Extender for Electric Vehicles
Applying novel low cost electrical machine and power electronic topologies to Range Extenders

Original classification

Collaborative R&D

Plain English summaries and category classifications on this site are generated by AI and may not perfectly reflect the original research.