Designing Underwater Energy Storage Systems

1.

Des igning Underwater
E nergy S torage
S ys tems
Underwater energy storage systems are a new revolutionary solution for
storing electricity over long distances from coastal power plants. In this
presentation, we will discuss how they work and how to design them.
LG
by Lily Goose

2.

Types of Underwater Energy Storage
Systems
Gravitational Energy Systems
Thermal Energy Storage Systems
Utilize hydrostatic force to store energy.
Used for storing thermal energy generated by
wind turbines and solar panels.
Gas-based Energy Systems
Metal-based Batteries
Used for storing energy generated by
Used for storing energy generated by tidal
biomass generators and other renewable
flows.
energy sources.

3.

Advantages of Us ing Underwater
E nergy S torage S ys tems
1
E conomical
Helps save money by transporting
E nvironmentally Friendly
2
energy over long distances.
3
Reliable
No gases or harmful emissions are
used, reducing carbon footprint.
Underwater energy storage systems
are better protected from adverse
external conditions.

4.

K ey P rinciples of Des igning
Underwater E nergy S torage S ys tems
Depth and Location
Cable Ins tallation
Technology
Marine Challenges
point takes into account the
Cables are installed using
marine issues such as
depth, sea currents, and the
special ships and underwater
corrosion, explosion hazards,
topography of the seabed in
devices.
and the risk of damage.
The design of the installation
the selected area.
The design takes into account

5.

Technical and Environmental
Aspects
1
Immersion Technology
2
Creating a Sealed Container
The process is used to reduce the
It is sealed to prevent seawater from
temperature during charging and
entering the system.
discharging.
3
Environmental Risks and Management
Environmental issues such as emissions to the sea and risks to the environment
need to be monitored to ensure safety.

6.

Projects and Examples of Underwater
Energy Storage
Experimental
Underwater Power
Station Project in
Finland
Haixi Pilot
Underwater
Energy Station
Project in China
Stationary
Underwater Power
Accumulator
PowerSprint
The project involves
The Haixi pilot project,
Created for hydrogen energy
transmitting hydro energy
conducted by the National
production.
through marine cables to the
Ocean Technology Center in
shore from an underwater
the Chinese city of Shenyang.
hydro location located on the
seabed around K aryavuoto.

7.

Future of Underwater E nergy S torage
1
Reducing E nergy Cos ts
Underwater energy storage will play a
Application in Oil and Gas
Indus try
2
crucial role in reducing energy costs
and promoting environmental
sustainability in the future.
The use of underwater energy storage
in the oil and gas industry can provide
a more efficient process of extraction,
transportation, and processing of these
3
Pros pects for Further
Development
natural resources.
The future of underwater energy
storage is linked to continuous
technological advancements to ensure
efficiency and safety.