Video Storyboard

Name of video:

Harnessing the Sun for Cooking

Description of this scene: Title Frames Screen: 1 of 16

Background: NASA Sun

Image

Color/Type/Size of

Font: White/Segoe UI/30

Actual text:

Harnessing the Sun for

Cooking (Effect:

Stretch)

EDET J603 Final

Multimedia Project

(Effect: Zoom-in big)

Narration:

Audio: Solar Wind

Transition to next clip: Crossfade

Animation: N/A

Audience Interaction: N/A

Image Info: http://images.cdn.fotopedia.com/flickr-199342222-hd.jpg

Screen size: 4:3

Video Storyboard

Name of video:

Harnessing the Sun for Cooking

Description of this scene: Information about the

Sun

Screen: 2 of 16

Background: NASA Sun

Video

Color/Type/Size of

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Narration:

The background

sound is the solar

wind

The Sun is what

sustains life on Earth

Provides heat to keep

us warm

Interacts with plants

to produce oxygen

through

photosynthesis

I a clean and free

source of energy

In this series we will

show how it can is

used for cooking

Audio: Solar Wind

Transition to next clip: Crossfade

Animation: N/A

Audience Interaction: N/A

Image Info: http://images.cdn.fotopedia.com/flickr-199342222-hd.jpg

Screen size: 4:3

Video Storyboard

Name of video:

Harnessing the Sun for Cooking

Description of this scene: Solar Radiation Screen: 3 of 16

Background: NREL USA

Solar Radiation Image

Color/Type/Size of

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Narration:

The amount of sun

hitting different areas

of the US

Look at the scale,

Red is more and tan

is less

In SC we are about in

the middle

The highest looks like

it is in NV

Audio: Solar Wind

Transition to next clip: Crossfade

Animation: N/A

Audience Interaction: N/A

Image Info: http://www.nrel.gov/gis/images/map_csp_us_annual_may2004.jpg

Screen size: 4:3

Video Storyboard

Name of video:

Harnessing the Sun for Cooking

Description of this scene: Solar Radiation CAE Screen: 4 of 16

Background: NREL SC

Solar Radiation Image

Color/Type/Size of

Font: Black/Calibri/11

Actual text:

Narration:

Solar Radiation

Columbia, SC

Note Latitude 33.95

Note Units

KWh/m2/day

Average 7.9

KWh/m2/day Hot

June

Average 4.7

KWh/m2/day Cool

December

Audio: Solar Wind

Transition to next clip: Crossfade

Animation: N/A

Audience Interaction: N/A

Image Info: http://rredc.nrel.gov/solar/old_data/nsrdb/redbook/sum2/13883.txt

Screen size: 4:3

Video Storyboard

Name of video:

Harnessing the Sun for Cooking

Description of this scene: Solar Radiation CAE Screen: 5 of 16

Background: SCEG

Energy Usage Image

Color/Type/Size of

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Narration:

My home’s energy

usage

1400 kWh in

December

2900 kWh in June

More energy for

cooling than heating

This tells me how

many solar panels I

need to heat and cool

my house

Audio: Solar Wind

Transition to next clip: Crossfade

Animation: N/A

Audience Interaction: N/A

Image Info: https://secure.sceg.com/ecs/ecsBillAndPayment/ecsBillDisplay.aspx?dt=10/19/2010&bt=B

Screen size: 4:3

Video Storyboard

Name of video:

Harnessing the Sun for Cooking

Description of this scene: The Sun’s Path Screen: 6 of 16

Background: Sun’s Path

Screencast

Color/Type/Size of

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Actual text: N/A

Narration:

What the suns path

looks like if we are

looking south

Winter Solstice –

December 21 –

Shortest day of the

year

Summer Solstice –

June 21 – Longest

day of the year

Area under the curve

is the amount of

energy available to

collect

Notice that there is

about 4x the amount

of sun at noon in

June than in

December

Audio: Solar Wind

Transition to next clip: Crossfade

Animation: N/A

Audience Interaction: N/A

Simulator Info: http://astro.unl.edu/naap/motion3/animations/sunmotions.html

Screen size: 4:3

Video Storyboard

Name of video:

Harnessing the Sun for Cooking

Description of this scene: The Path of the Sun Screen: 7 of 16

Background: U of NB

Seasons Simulator

Screencast

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Narration:

Latitude Set for

Columbia, SC 33.9

degrees

How much Sun we

get depending on the

season

More in the summer,

less in the winter

Because Earth is

tilted on its orbit by

23.5 degrees

Audio: Solar Wind

Transition to next clip: Crossfade

Animation: N/A

Audience Interaction: N/A

Image Info: http://images.cdn.fotopedia.com/flickr-199342222-hd.jpg

Screen size: 4:3

Video Storyboard

Name of video:

Harnessing the Sun for Cooking

Description of this scene: Heat Transfer Screen: 8 of 16

Background: Image

Color/Type/Size of

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Narration:

This image shows the

three mechanisms of

heat transfer

Convection occurs in

gases and liquids

Conduction occurs in

solids

Radiation occurs in a

vacuum or free space

Radiation is how the

Sun transfers it

energy to the earth

Audio: Solar Wind

Transition to next clip: Crossfade

Animation: N/A

Audience Interaction: N/A

Image Info:

http://www.geography.hunter.cuny.edu/~tbw/wc.notes/2.heating.earth.surface/images/mechanisms.heat.transfer.jpg

Screen size: 4:3

Video Storyboard

Name of video:

Harnessing the Sun for Cooking

Description of this scene: Sun’s Path Screen: 9 of 16

Background: Teachers’

Domain Radiation

Simulation Screencast

Color/Type/Size of

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Actual text:

Narration:

The Sun’s energy is

transferred to the

Earth in

electromagnetic

waves

Light is one type of

electromagnetic wave

that we can see

Microwave ovens use

radiation to heat food

with electromagnetic

wave that we cannot

see

Audio: Solar Wind

Transition to next clip: Crossfade

Animation: N/A

Audience Interaction: N/A

Image Info: http://www.teachersdomain.org/asset/lsps07_int_heattransfer/

Screen size: 4:3

Video Storyboard

Name of video:

Harnessing the Sun for Cooking

Description of this scene: Convection Screen: 10 of 16

Background: Teachers’

Domain Convection

Simulation Screencast

Color/Type/Size of

Font: N/A

Actual text:

Narration:

Convection transfers

heat by the

movement of gases

or liquids

When a gas or liquid

heats up it expands

and weighs less so it

rises

When a gas or liquid

cools off it contracts

and weighs more so it

sinks

This create a natural

circulation

Audio: Solar Wind

Transition to next clip: Crossfade

Animation: N/A

Audience Interaction: N/A

Image Info: http://www.teachersdomain.org/asset/lsps07_int_heattransfer/

Screen size: 4:3

Video Storyboard

Name of video:

Harnessing the Sun for Cooking

Description of this scene: Conduction Screen: 11 of 16

Background: Teachers’

Domain Conduction

Simulation Screencast

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Narration:

Conduction is how heat is

transferred through

solids

Heat is transferred by

direct contact

As the solid heats up the

molecules get excited

and start to vibrate and

this vibration is how heat

is transferred.

Heat always moves from

the warm body to the

cool one

When we feel cool, heat

is leaving us

When we feel hot, heat is

coming to us.

Audio: Solar Wind

Transition to next clip: Crossfade

Animation: N/A

Audience Interaction: N/A

Image Info: http://www.teachersdomain.org/asset/lsps07_int_heattransfer/

Screen size: 4:3

Video Storyboard

Name of video:

Harnessing the Sun for Cooking

Description of this scene: Greenhouse Effect Screen: 12 of 16

Background: Woods Hole

Research Center

Greenhouse Effect Image

Color/Type/Size of

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Actual text:

Narration:

The Suns shines

through the car’s

windshield and heats

up the seats

It loses some energy

and can’t pass back

through the glass and

gets trapped

The car heats up

This is how our solar

oven will work

Audio: Solar Wind

Transition to next clip: Crossfade

Animation: N/A

Audience Interaction: N/A

Image Info: http://www.whrc.org/resources/primer_greenhouse.html

Screen size: 4:3

Video Storyboard

Name of video:

Harnessing the Sun for Cooking

Description of this scene: Parabolic Cooker Screen: 13 of 16

Background: Parabolic

Cooker Image

Color/Type/Size of

Font: N/A

Actual text:

Narration:

Specially shaped mirror

that focuses sun to point

Very high heat

Has to move to follow

sun

Audio: Solar Wind

Transition to next clip: Crossfade

Animation: N/A

Audience Interaction: N/A

Image Info: http://farm3.static.flickr.com/2684/4499722022_eda09915bf_o.jpg

Screen size: 4:3

Video Storyboard

Name of video:

Harnessing the Sun for Cooking

Description of this scene: Box Cooker Screen: 14 of 16

Background: Box Cooker

Image

Color/Type/Size of

Font: N/A

Actual text:

Narration:

Easy to build

Low cost

Don’t have to track

the Sun

Take advantage of

the Greenhouse

Effect to heat up

Audio: Solar Wind

Transition to next clip: Crossfade

Animation: N/A

Audience Interaction: N/A

Image Info: http://farm1.static.flickr.com/143/318643310_796881ce1e_o.jpg

Screen size: 4:3

Video Storyboard

Name of video:

Harnessing the Sun for Cooking

Description of this scene: Solar Panel Cooker Screen: 15 of 16

Background: Panel

Cooker Image

Color/Type/Size of

Font: N/A

Actual text:

Narration:

Easiest to make

Don’t have to track

the Sun

Need warm climate

Audio: Solar Wind

Transition to next clip: Crossfade

Animation: N/A

Audience Interaction: N/A

Image Info: http://farm5.static.flickr.com/4091/5034455928_a09824f2f0_b.jpg

Screen size: 4:3

Video Storyboard

Name of video:

Harnessing the Sun for Cooking

Description of this scene: Title Screen: 16 of 16

Background: NASA Sun

Image

Color/Type/Size of

Font: White/Segoe UI/24

Actual text:

Creative Commons

NASA

Jet Propulsion Lab

Woods Hole Research

Center

Teachers’ Domain

National Renewable Energy

Laboratory

University of Nebraska-

Lincoln (Effect: Scroll)

Designed and Created by

Mike Leonard Nov 2010

Narration:

In the next episode

we will talk about

materials used to

build solar cookers

Audio: Solar Wind

Transition to next clip: Crossfade

Animation: N/A

Audience Interaction: N/A

Image Info: http://images.cdn.fotopedia.com/flickr-199342222-hd.jpg

Screen size: 4:3