SAND BATTERY ESCAPE ROOM

Sand Battery Escape Room

start

Introduction

Tests

Complete each test to beat the game: there is no other way to escape!

Test 1

Test 2

Test 3

Test 4

Final Test

Test 1

1/3

What is the main material used in sand batteries? P.S this one is super triky

Sand

Lithium

Test 1

2/3

You're doing great. Next question:What type of energy is stored in a sand battery?

Electricty

Thermal Energy

Nuclear Energy

Test 1

3/3

Heres a curve ball Approximately, what percentage of the Earth's crust is made up of silicon?

15%

3%

100%

25%

Tests

Complete each test to beat the game: there is no other way to escape!

Test 2

Test 1

Test 3

Final Test

Test 4

1/3

Test 2

Watch this video:What is the first step in generating a sand battery?

Sand is collected by wind

Solar Panels or wind turbines generate electricity

The sand is heated

Test 2

2/3

Take a good look at this image:This is a sand battery.

True

False

3/3

Test 2

In which industry are sand batteries expected to make a significant impact?

Renewable energy

Entertainment

Fashion

Tests

Complete each test to beat the game: there is no other way to escape!

Test 1

Test 2

Test 3

Test 4

Final Test

Test 3

1/3

Test 3

2/3

Test 3

3/3

Tests

Complete each test to beat the game: there is no other way to escape!

Test 1

Test 2

Test 3

Test 4

Final Test

Test 4

1/3

Could a sand battery power an electric car?

Uh, yeah dude. The tech is similar enough such that a drop in replacement is easily possible.

Possibly, but more research is required as current tech makes this infeasible.

No way bro. It's impossible. Sand batteries are simply not capable of this application and never will be.

2/3

Test 4

Why is the issue of green power particularly relevant in Finland?

Because Finland just likes sand batteries and thinks they're super cool.

Finland relies heavily on gas from Russia, and the war in Ukraine has drawn attention to the importance of green power.

Sand batteries are the next step in large energy storage, and Finland wants to lead in these developments.

Test 4

3/3

How does the energy density of sand batteries compare to traditional lithium-ion batteries?

About 2 to 3 times more per unit volume than traditional batteries.

About 5 to 10 times less energy per unit volume than the chemical equivalents.

Approximately the same amount of energy per unit volume as compared to chemical batteries.

Tests

Complete each test to beat the game: there is no other way to escape!

Test 1

Test 2

Test 3

Test 4

Final Test

1/3

Test 5

Drag concepts to the corresponding group

Sand Battery

Lithium Batteries

1. Sustainable

2. Contains thermal energy

3. Can be purchased at Home Depot

4. Made out of natural components

5. Have existed since 1980s

6. Comes in many sizes

continuE

Solución

SOLUTION

2/3

Test 5

Pay attention to this image:This is a component of a sand battery

True

False

3/3

Test 5

Drag and sort correctlyHow does a sand battery work?

A. Some electricity is used directly

B. How water is generated to heat buildings

C. Sand battery process is complete

D. Solar panels or wind turbines generate electricity.

E. Heat is stored in Sand Battery

continuE

SOLUTION

Completed

Congratulations, you have successfully completed the escape room!

Start over?

Oh oh!

That answer is not correct...

But don't lose your balance, continue on your way and try again!

back

1 - D

2- A

3 - E

4 - B

5 - C

Group A lorem ipsum

1 2 4

Group B lorem ipsum

3 5 6