# data[].attributes.body
STEP 1: Collection of water is stored in a dam. (Potential energy)
STEP 2: The released water flows downwards, and produces kinetic energy.
STEP 3: When the water goes through the pipes and reaches the turbines, it converts into mechanical energy.
STEP 4: The energy from the spinning turbines is used to turn a generator.

# data[].attributes.body
Step 1:
Hot water being pumped from underground through high pressure to the surface, and turns into steam

Step 2:
The generator is connected to the steam turbine to produce energy. (Mechanical, Electric)

Step 3:
The steam will cool down back to water in the cooling tower. (Thermal)

Step 4:
The cool water will be pump back to Earth to start the process all over again (Potential)

# data[].attributes.body
Step 1.
Hydropower dams can control the water released from a higher altitude region, water falls down and produces kinetic energy

Step 2.
The force from falling water can turn the turbine

Step 3.
The turbine spins also cause the generated the spin and it converts the kinetic energy into electric energy

Step.4
The electricity produced by the generator will be transferred and conducted to the consumers through the transmission lines.

# data[].attributes.body
STEP 1 :
Nuclear energy in the steel (uranium)changes to kinetic energy of neutrons. More neutrons produce more heat
STEP 2:
The heat created heats up the water
STEP 3:
It creates steam and makes the turbine move
STEP 4:
Sends electricity to the community.

# data[].attributes.body
STEP 1:
Water stored in the dam contains potential energy.

STEP 2:

The gravitational potential energy makes the waterfall when it's released. The gravitational potential energy on the water flow will be converted into kinetic energy. The kinetic energy will turn the turbine.
STEP 3:
The kinetic energy that turns the turbine will transfer into mechanical energy.
STEP 4:
The mechanical energy will be generated into electrical energy by the generator.

# data[].attributes.body
Step 1: The wind causes the blades of the wind turbine to spin, creating kinetic energy.

Step 2: The rotation of the blades causes the shaft in the nacelle to turn.

Step 3: Generator in the nacelle turn the kinetic energy of the shaft to electrical energy.

Step 4: The electrical energy passed through a increase voltage.

# data[].attributes.body
STEP 1:
Biomass is used as boiler fuel for combustion/furnace. The chemical energy generates heat.

STEP 2:
The heat is led into a boiler which creates steam (thermal).

STEP 3:
The steam passes through a turbine and creates kinetic/mechanic energy.

STEP 4:
Later on, the KE is transferred to electrical energy.

# data[].attributes.body
Step 1:
- The water flows through the penstock (pipe).
Step 2:
- It spins the blades into a turbine water releases and produces potential energy.
Step 3:
- It spins the generator, because of the kinetic energy.
Step 4:
- It produces energy, turns into electrical energy.

# data[].attributes.body
1. Water intake: the hydropower generation will control the flow of water
2. Water release: the force of the falling of flowing water contains potential energy
3. Turbine operation: the kinetic energy of the moving water causes the turbine to spin
4. Electricity generation: the generator converts the mechanical energy from the spinning turbine to electrical energy

# data[].attributes.body
Step 1 - The wind makes the blades spin. Creating Kinetic Energy

Step 2 - The rotating blades make the shaft in the nacelle turn

Step 3 - A generator in the nacelle converts Kinetic Energy to Electrical Energy

# data[].attributes.body
STEP 1:

STEP 2:

STEP 3:

STEP 4: