• Home
  • G3 Home series
  • G3 Pro series
  • The Tech
  • Your Project
  • Off Shore
  • Fund raising
  • Install Tri-Gen
  • Home
  • G3 Home series
  • G3 Pro series
  • The Tech
  • Your Project
  • Off Shore
  • Fund raising
  • Install Tri-Gen
G3 Energy
  • Home
  • G3 Home series
  • G3 Pro series
  • The Tech
  • Your Project
  • Off Shore
  • Fund raising
  • Install Tri-Gen

G3 vs WIND TURBINES

ON-SHORE & OFF-SHORE 

WIND TURBINES 

Horizontal axis wind turbines, with a height ranging from 25 to 180 meters, have a power which can range from 100 KW to 7.5 MW.

Most wind turbines installed today have a power ranging from 1 to 3 MW and are grouped into wind farms with a power ranging from 6 to 210 MW.

However, whatever the wind turbine, its production depends on the wind, and the annual average yield is around 25% On shore  and 30% offshore

These wind farms only produce 1.5 to 60 MWh real and not every day (sometimes too much, often not enough)
The graphic below shows the real effectiveness of Wind turbines. An offshore Windturbine produces energy at :
​
  • 90% to 100% efficiency 15% of the year,
  • 30% efficency  50% of the year 
  • and less than 10% efficiency 20% of the year

On shore Windtrubines beeing  far less efficient than offshore ones

G 3

The G3 power units  can be integrated into the relief or landscape, or into buildings, and for the "Submarine" versions do not clutter the water surface, make no noise, are not subject to storms and produce up to at 3 MWh continuously and per unit.

A G3 farm of 50 units, covering an area of ​​around 1,000 m2. immersed under 15 to 20 m of water (so as not to hinder maritime traffic), will produce up to 150  MWh, (depending on the size ) , continuously.
Picture
Picture
G3 POWER  © COPYRIGHT 2024. ALL RIGHTS RESERVED.