Today, more than ever, the consensus on energy is that it needs to be used efficiently, but watt does that mean exactly?
What approach makes the most sense? Should global citizens expect able governments to mandate efficiency standards? Does that mean governments and utilities should come together
to fund and implement smart grid technology on the distribution side? Do manufacturers take the lead to make sure they are supplying the most energy efficient products possible with available technology? Or, do consumers expect their new electronic and appliance products to already be as energy efficient as possible? Or, should global citizens take it upon themselves to use their energy wisely by ensuring they buy the most energy efficient products on the market?
Optimally, a holistic approach that answers ‘Yes’ to all of the above questions is ideal. However, complex problems need to be addressed from all angles. Where does a nation, or planet, start?
Take South Korea for example, the 26th most populous nation in the world, has made efforts over 2008 and 2009 to reduce vampire energy loss in all electronics and appliances to 1 watt by 2010. Products that do not meet this standard are fashioned with a yellow warning sticker. Their efforts are already beginning to pay off. According to South Korea’s Ministry of Knowledge Economy, “South Korea can expect to save nearly $45 Million worth of energy every year.”
While we strongly believe their target should be 0 watt loss, South Korea’s efforts can provide a tasty sample to the global community of the power our technology offers by addressing vampire energy loss in the most prolific and universal products in the world.
Consider this: the United States ranks 4th in global population; the European Union is 3rd with India and China claiming the top 2 spots. If only 2 of the 4 most populous (and seemingly influential) nations would take a similar approach as South Korea, then BILLIONS in energy savings could begin to be realized, increasing efficiency while ultimately lowering power costs and easing loaded energy budgets.
With widespread adoption of Vampire Proofâ„¢technology on all sides of the energy equation, vast potential exists to execute a holistic approach that sees Hundreds of Billions of Dollars in energy savings, reduces Trillions of Pounds of unnecessary CO2 emissions and offers a rapid return on investment.