Power
From Generation to Utilisation
There are several methods that we use to generate electrical power around the world. The most significant of all of these by a long way is Coal, which accounts for over 40% of the world’s electricity production. Natural Gas is the next largest contributor at over 20%. Fossil fuels in total account for just over two-thirds of our global electricity production. Hydroelectric, Nuclear and Renewables account for the remaining third.
The Electrical Power Systems range from TecQuipment, covers the principles of electrical power; generation, transformation, transmission, distribution and protection.
View our Electrical Power Systems range on our Industrial website.
TecQuipment also provide equipment that enables students to understand the principles around the whole power industry, that allows electricity to reach our homes and factories. These areas include the structures that allow the transmission of electricity, the machine theory that supports the workings of a steam turbine or the cooling process needed in a power station.
Product ranges
Air Conditioning
Arches, Bridges And Trusses
Cooling
Deflections And Stress
Digital Control
Engineering Science Packages
Failure
Flow And Pressure Measurement
Flow Visualisation
Free Standing Structures Experiments
Friction
Gas Turbines
Heat Transfer
Humidity
Hydraulic Bench
Hydrostatics And Properties Of Fluids
Laminar And Turbulent Flow
Materials Testing
Modular Fluid Power
Motion
Nozzles And Jets
Open Channel Flow
Photovoltaic Solar
Pipe Surge And Water Hammer
Power System Ancillaries
Power System Laboratory
Power System Trainer
Process Control
Pumps And Turbines
Refrigeration
Solar Thermal
Statics Fundamentals
Steam
Stress and Strain Analysis
Structures Software
Structures Support Equipment
Structures Test Frame
Subsonic Wind Tunnels
Support Equipment And Ancillaries
Temperature
VDAS - Bench Mounted
VDAS - Frame Mounted
Vibration
Vortices And Cavitation
Wind Tunnel Packages
Work Panel
Featured products
AF1300S - Package
An open circuit suction subsonic wind tunnel with a working section of 300 mm by 300 mm and 600 mm long.
A 300 mm wide 5 to 15 m long flume for student study and advanced research into a wide range of fluid flow topics. A huge range of ancillaries is available to extend learning potential and offers the opportunity for innovative experimentation.
EC1000V - Experiment
Demonstrates the operational characteristics of an evaporative cooling tower.