Here is slick, well done, commercial ad for 1Mw unit e-Cat:
http://e-cataustralia.com/files/pdf/E-cat-Brochure.pdf
(nice photos of unit will not post here for me as is a PDF file.)
Only a "down deposits" gets you promised delivery in 4 months. - That should tell us something if it does not come.
Here are the specifications:
Industrial Unit (now available)
• Conventional 1 MW thermal heat boiler
• Purchase and install average = $160,000
• Running costs:
• 4500 MJ Natural Gas (NG) = 4.5 Gj per hour
• Electricity: 20 amps max draw= 8 x 415 volts- 3320 / 1000 = 3 kw
• 3 Kwh = 60 cents per hr electricity
• Price of NG : 22.2 Mj = $1.35
• Approx. $30 per Gj industrial (50 % industrial rate-$60.8 per Gj domestic rate)
• 30 x 4.5 Gj per hr. = $135 per hr.
• 135 x 24 hr.= $3240 per day x 365 days
• Costs approx. $1.2 M per year to run with conventional energy
Compare the E-cat savings:
Cost to run 1 MW e-cat per year = $168,580. Save 1 Million per year in energy costs.
E-Cat Australia has exclusive rights for marketing and sales in Australia, New Zealand, PNG, Pacific Islands and Indonesia for the world’s first working fusion energy catalyzer.
California should be buying dozens of the 1Mw E-cat units to solve its water shortage problem (if they work) as E-cat has:
" incredible potential for DESALINATION and water purification.
The 1 MW produces saturated steam – which easily turns to water!" (Quote from site of link above.)
But for greatest economy, that should only be a "bottoming" unit to high temperate "topping" production of electric power.