6
ELECTRICAL GENERATION By: Casey Sherwood

E LECTRICAL GENERATION By: Casey Sherwood. M ACANICAL Mechanical energy is generated by wind turbines and water flow. aboutpicture

Embed Size (px)

Citation preview

Page 1: E LECTRICAL GENERATION By: Casey Sherwood. M ACANICAL Mechanical energy is generated by wind turbines and water flow. aboutpicture

ELECTRICAL GENERATIONBy: Casey Sherwood

Page 2: E LECTRICAL GENERATION By: Casey Sherwood. M ACANICAL Mechanical energy is generated by wind turbines and water flow. aboutpicture

MACANICAL

Mechanical energy is generated by wind turbines and water flow.

about picture

Page 3: E LECTRICAL GENERATION By: Casey Sherwood. M ACANICAL Mechanical energy is generated by wind turbines and water flow. aboutpicture

BIOMASS (FOSSIL FLUES)

You can burn biomass(fossil flues) like coal, oil or natural gasses to release heat steam.

about picture

Page 4: E LECTRICAL GENERATION By: Casey Sherwood. M ACANICAL Mechanical energy is generated by wind turbines and water flow. aboutpicture

NATURAL GASSES

Burn these to release them into a turbine that is connected to a generator.

about picture

Page 5: E LECTRICAL GENERATION By: Casey Sherwood. M ACANICAL Mechanical energy is generated by wind turbines and water flow. aboutpicture

URANIUM

You can split uranium atoms to release nuclear energy that is used to heat water to produce steam that turns a turbine.

about picture

Page 6: E LECTRICAL GENERATION By: Casey Sherwood. M ACANICAL Mechanical energy is generated by wind turbines and water flow. aboutpicture

PHOTOVOLTAIC (PV)

You can use a photovoltaic (PV) cell to convert the sun’s energy directly into electricity.

About Picture