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ECONOMY & APPLICATION

Examples of saving after applying FLUORESAVE system

COMPANY TYPE LOCATION LIGHTING TYPE %
Logistic centre 24 h stores fluorescent 33
Logistic centre stores fluorescent 24
Services 24 h offices fluorescent 33
Shopping centre windows fluorescent 33
Shopping centre shop fluorescent 33
metal halogens 25
Car dealer exposition fluorescent 33
Administration offices fluorescent 33
Multilevel parking fluorescent 33
Hospital whole fluorescent 33
Insurance company offices fluorescent 31
Post office sorting hall sodium 22
Electronic company offices and production fluorescent 30
Car manufacturer production facilities metal halogens 23
Food processor production facilities fluorescent 33
Ford producer production facilities sodium 30
Factory production halls mercury 26

ADDITIONAL SAVINGS RESULTING
FROM USING FLUORESAVE SYSTEM

In addition to direct savings resulting from lower consumption of power:

  • The life of lamps is longer up to 25% because they are working through longer periods of time in lower voltage and thus lower and more stable temperature; this in addition decreases cost of buying new lamps and utilizing the used ones.
  • Lower costs of installing as there is no need to change existing lighting system, modifying the building itself, or connecting and later servicing eletronic ballasts installed in every single fixture hanging on the ceiling.
  • The unit works as additional compensating system correcting cos.ø and consumption of passive power and increases the total energy savings sometimes by 50%.
  • No future cost of supervising, controlling and servicing as the unit does not break down as it does not have changeable parts. The maintenance costs decrease by 70%.
  • The exploitation of the unit is perfectly safe. No danger.
  • The unit is environmentally friendly and decreases the consumption of electric power thus decreasing emissions of CO2 in the power stations producing electricity.
  • The unit is environmentally friendly and decreases the consumption of electric power thus decreasing emissions of CO2 in the power stations producing electricity.
  • Industrial groups manufacturing electric power and using or leasing out larger numbers of Fluoresave units and therefore decreasing emissions of CO2 have the right to recalculate their balances of emissions. One D 32 A unit may save as much as 8.29 tons, D20 A unit 5.18 tons and D12 A unit 3.11 tons of CO2 emmisions. (Additional informations on request).

In some countries installing Fluoresave units is considered as a very important element decreasing energetic balance of the country and is therefore subsidized by special government programs and ESCO type credits. For instance:

  • Singapore – special bank credits finance installing Fluoresave by a government owned company installing Fluoresave units to the end users. The costs of installing is paid off from achieved savings on the electricity bills. Similar programs are implemented in other countries.
  • Republic of South Africa - the Fluoresave units are exclusively bought and installed by the government owned largest electric energy distributor in the world.
  • Vietnam – 40 % of the costs of purchasing Fluoresave units are reimbursed by the tax office upon presenting purchasing invoice.
  • Australian Government announced on February 10th, 2007 that by 2009 the energy consuming bulbs will be replaced by fluorescent lighting. Fluoresave units are important element in this programme.
  • The Governor of California announced that by 2012 the bulbs are to be replaced by fluorescent lighting and LED diods.
  • The Government of Germany is at present elaborating a similar program. So does the European Union.
  • New CE Directives are being elaborated and will be implemented not only by governments of affiliated countries.

TABLE FOR CALCULATING SIMULATIONS
OF ANNUAL SAVINGS ON BILLS FOR LIGHTING

Number of hours per day Number of kWh/hour Number of days per week Number of weeks per year Cost of 1 kWh, EURO Annual cost, EURO - minus 25% of expected savings

(eg. 0.42)

NUMBER OF FRAMES CONTROLLED BY FLUORESAVE

examples

MAXIMAL LOADS
MODELS
TYPE OF FRAME 12A / frame 20A / frame 32A / frame
- fluorescencent lamps
4 X 18 W 30 50 80
2 X 18 W 60 100 160
1 X 18 W 110 180 290
2 X 36 W 20 34 54
1 X 36 W 40 68 108
2 X 58 W 14 23 36
1 X 58 W 28 46 72
- sodium (high and low pressure)
WLS 250 4 7 11
WLS 150 7 11 18
WLS 400 3 5 7
- high pressure mercury vapour
LRF 125 10 17 27
LRF 250 6 9 14
LRF 400 4 6 10
- metal halide
HQI-T 400 4 6 9
HQI-T 250 5 8 13

The final number of freames depends on the electrical installation and lighting.

DISCHARGE LAMPS COMPATIBLE
WITH FLUORESAVE UNIT

LIGHTING TYPE COMPATIBILIY APPROX.SAVING
IN %
FLUORESCENTS WITH MAGNETIC BALLAST OR INDUCTIVE START YES 33 %
SODIUM LAMPS (HIGH AND LOW PRESSURE) YES 15 - 25 %
HIGH PRESSURE MERCURY VAPOUR YES 15 - 25 %
METAL HALIDE YES 15 - 25 %

This data does not include savings on passive power.


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