Zero Carbon Homes
Aug 14th, 2009 | By koto-press | Category: Featured ArticlesWho will resist change?
- Those who say they will not change just because it’s new? This group will get left behind.
- Left behind because they continue to support current inefficient materials and methods.
- Left behind because younger consumers want smarter homes.
- Left behind because the conventional systems are not energy efficient, and they failed to believe governments will force a change for the sake of the environment.
- Those who are making money from their current inefficient practices.
- Those who have been receiving payment by percentage for their over-specifying will definately resist change.
- Those who choose to remain ignorant and careless for their planet.
- Those who calculate BTUs for your air-conditioning needs and sell inefficient air-conditioners that operate in inefficient walling systems with low R-values.
- Those who want to over-engineer buildings for personal gain or those who support the cartel industries at any cost.
So if developers don’t think it’s serious -think again…
Go Green and be Seen.
Energy efficient buildings are coming whether you want them or not, and the Smart Koto High-Speed, Green, Energy Efficient Building Systems have the most efficient solution on the planet.
Who will want Energy Efficient Homes?
- The Green movement.
- Governments globally.
- People who design, build and manage to reduce their energy costs and maintenance.
- Homes owners who are tired of paying high energy costs.
- New Smart home buyers who demand a green housing.
So how is this possible without costing more?
What Henry Ford did for the motor vehicle industry to produce mass vehicles, Koto has developed the Koto Processing Line to provide smart energy efficient quality housing as a Solution to the Global Housing Crisis.
Consider concrete, brick or blocks have an R-value (thermal resistance) of only 0.2 whereas, the standard Koto system has an R-value of 7.128. It doesn’t need academic science to show that Koto has addressed the energy efficiency problem.
