Evo ljudi napravili analize.
First as You know, we use this power in other powerfull devices, which we show later too.
And this who would be logical thinking it will be possible to built 2 series of this devices for alone homes:
175.2014 and 150.2014.
Here is general description for 175.2014.
http://nspap.livejournal.com/36054.html
1. Engine power [kW] ................................4.00............5.50
2. Real mechanical power [kW] (75%).......3.00............4.15
3. Heat production [kWh] .........................5.10............7.20
4. Real electricity consumption [kWh] .....3.55.............4.00
5. Heated space: [m2] .......(norm: 30/75kWh/m2)
Work mode 10/24 H.[m2]...................420/170.....600/240
6. Mass total [kG] .......................................45 .................52
7. Effectivity total (3/4) %..........................143 ..............145
8. Effectivity workhead (3/2) %..................175...............175
These models for traditionally built as well energy conserving homes use are.
Economy is on level 3x better over gas.
This models can work in night mode only (10/24 H).
150.2014
http://nspap.livejournal.com/36196.html
1. Engine power [kW] ................................1.90............2.75
2. Real mechanical power [kW] (75%).......1.40............2.05
3. Heat production [kWh] .........................2.10............3.20
4. Real electricity consumption [kWh] .....1.65.............2.45
5. Heated space: [m2] .......(norm: 30 kWh/m2)
Work mode 10/24 H.[m2]......................170..............260
6. Mass total [kG] .......................................15 ................20
7. Effectivity total (3/4) %..........................127 ..............130
8. Effectivity workhead (3/2) %..................150...............155
These models for energy conserving homes use (30 kWh) only are.
Economy is on level 2.5 x better over gas.
This models can work in night mode only (10/24 H).
The suggested retail price NETTO for both series of models lyes between 5-6.000 EUR's (6.5-8.000 USD), prices est. in 2012 values, before 2013 hyperinflation.
NSBRJ.200.2014. (170%)
http://nspap.livejournal.com/35567.html
1. Engine power [kW] ......................................11.00.....15.00............18.50
2. Real mechanical power [kW] (75% nom.).....8.25.......11.25...........13.90
3. Heat production [kWh] .......................... .....16.00......22.00............28.00
4. Real electricity consumption [kWh] ..............9.80......13.30.............16.30
5. Heated space: [m2] .......(norm: 30/75kWh/m2)
5.1 Work mode 10/24 H.[m2]............ 1.300/500.....1.800/700.....2.300/900
5.2 Work mode 24/24 H.[m2]...............3.200/1.250....4.400/1.750..5.600/2.200
6. Mass total [kG] ............................................115 .........132 ..............150
7. Effectivity total (3/4) % S/H ........................163 ..........165...............171
8. Effectivity workhead (3/2) % S/H ............194/194 ...195/195 ........201/201
As is clearly seen, mechanical effectivity of workhead alone (p. 8) is on same level as by DRJ200.2013.
Total effectivity (7.) is >50% better thanks high effectivity of magnet engine.
And of this, the "2014" can work in 24/24 H mode (5.2) with todays economy of "2013" but giving 2.5x more space to heat possible.
Whats more, in this mode only 2 buffer tanks, 300 L each, needed are for proper function.
In fall of "2013" DRJ200.11 kW only to heat 500 sqm 8 such tanks are to be attached (for 18.5 kW engine 18 tanks already).
In 10/24 H mode (5.1) space possible to heat by heavy frost is smaller but effectivity rises to 4x over gas, against 2.5 by "2013".
The suggested retail price for this series will be in old, good 2012 (before inflation coming soon) EUR's 10-11.400, USD 13-14.400 NETTO.
Evo i forum, ipak su tamo malo žešči likovi sa fizikom
http://www.overunity.com/356/hydrosonic-pump/#.ULTh4-9t-EU