Title
COMPACT HYDRO ENERGY DEVICE

CoPED ID
8bc9020f-f58a-488f-9682-311d88e6b832

Status
Active

Funder

Value
£50,000

Start Date
Nov. 1, 2022

End Date
April 29, 2023

Description

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The Compact Hydro Energy Device (CHED) generates renewable electricity from available water sources. Main features of the device include a unique, 'world's first' turbine (\*) with a design that multiplies the water input forces to produce higher electrical output power, making it more efficient than conventional hydro energy systems.

\*Lancaster University Physics Department recognised the novel configuration and nominated it as 'The Stephenson Turbine'.

Due to its compact design a single CHED can also be combined as a multiple of devices to build a total output power system sized to match demand/usage. Multiples are suitable for installing to follow the contour of a river overflow, or to draw down water from a reservoir, a huge plus factor for isolated communities looking for self-contained, off-grid electricity supply options.

A typical application is providing power for transport charging stations, especially for properties in remote locations.

It can also be operated from a mains water supply and can offset inefficient usage of water in commercial installations, such as horticulture and agriculture.

By utilising natural resources and pumped water supplies it will reduce reliance on fossil fuels and assist the UK to meet net zero targets.

Subjects by relevance
  1. Water power
  2. Water
  3. Renewable energy sources
  4. Water resources
  5. Water services
  6. Energy efficiency

Extracted key phrases
  1. COMPACT HYDRO ENERGY device
  2. Main water supply
  3. Available water source
  4. Water input force
  5. Total output power system
  6. Grid electricity supply option
  7. High electrical output power
  8. Renewable electricity
  9. Single CHED
  10. Conventional hydro energy system
  11. Main feature
  12. \*lancast University Physics Department
  13. Compact design
  14. Inefficient usage
  15. Huge plus factor

Related Pages

UKRI project entry

UK Project Locations