ePowerSaver

How does ePowerSaver save electricity?

Power factor is the percentage of electricity that's delivered to your house and used effectively, compared to what is actually wasted. For example, a 1.0 power factor means that all the electricity that's being delivered to your home is being used effectively by your appliances. However, most homes today have a 0.75 power factor or less. This means that about 75% of the electricity that is coming through your meter at your home is being used effectively, the other 25% is being wasted by your inductive load caused by some appliances(air condition,and any other applilance with inductive load). With a low power factor, the utility company has to deliver more electricity to do the same work.Now, with ePowersaver,it helps to increase that power factor in most cases to 0.98, and increasing the effective use of your electricity and lowering your your meter reading.

Is the use of ePowerSaver illegal?

NO. The ePowerSaver is just like a common household appliance that you can plug into any outlet in your home. Don't worry, it is absolutely LEGAL , approved and compliance with CE test.

Is there any danger to use ePowerSaver?

ePowerSaver is very safe. It does not contain lead and does not consume electrical energy, so it never generates heat, and there is no danger in using it.

How to use ePowerSaver?

Simply plug it in any of your home outlet and it will start saving power for you. Best result, it plug at the socket nearest to the meter.

How many ePowerSavers do I need?

We recommend one ePowerSaver if your monthly average comsumption is 500kwh or less. If you monthly comsumption is above 500kwh, then you will need two ePowerSavers for maximum savings.

How is the saving effect of the ePowerSaver?

This ePowerSaver has passed many tests and verifications at various certifications levels, and has demonstrated its capability to save up to 15-30% on electrical power usage. It has been inspected under strict conditions and it is non electrical energy consumption. It stabilizes voltage, reduces current, enhances Power Factor of appliances, and extends the life span of appliances.

Is ePowerSaver effective on any appliances?

This product applies to many kinds of appliances such as air conditioners, televisions, washing machines, refrigerators, electric fans, motors, pumps stereos, etc.Please refer to below table for more information on other appliances.

Reference for Typical Household Electrical Products Consumption Info

No.

Electrical Appliances

Watt

Amp

Consumption

With ePowerSaver

1	Air – conditional 1 Hp	840	3.50	20 cents per hour	Very Effective
2	Fan	84	0.35	0.2 cents per hour	Very Effective
3	Fluorescent Light	40	0.17	288 cents per day	Very Effective
4	Television 29	100	0.41	3 cents per hour	Very Effective
5	Refrigerator	550	2.30	80 cents per day	Very Effective
6	Freezer	330	1.38	45 cents per day	Very Effective
7	Washing Machine	1080	4.50	0.4 cents per min	Very Effective
8	Vacuum Cleaner	550	2.30	0.25 cents min	Very Effective
9	Air Purifier	550	2.30	0.25 cents per min	Very Effective
10	Computer	400	4.10	12 cents per hour	Very Effective
11	Water pump	150	0.63	4.5 cents per hour	Very Effective

No.

Electrical Appliances

Watt

Amp

Consumption

With ePowerSaver

1	Water Heater	2000	8.33	0.7 cents per min	No effect
2	Iron	1000	4.16	0.4 cents per min	No effect
3	Microwave	1300	5.42	0.5 cents per min	No effect
4	Rice Cooker	1000	4.16	0.4 cents per min	No effect
5	Cloth Dryer	3000	12.5	1.13 cents per min	No effect
6	Dish Washer	2700	11.25	0.8 cents per min	No effect

Product Safety Instructions

When using the ePowersaver, safety precautions should always be practice to reduce the risk of fire, electric shock and injury, as followings:

Understanding all instructions before using this device.

Do not use this device near places with water, i.e. somewhere near to bathtub, shower, wash bowl, kitchen sink, or laundry tub, in a wet basement, or near a swimming pool.

Handle this device with care, do not place it on an unstable surface, stand or table. The product may fall and damage.

This device should only be operated from the type of power source indicated on the label. If you are not sure of the type of power supply to your home, please consult your dealer or local power Supply Company for more information.

Do not overload wall sockets and extension cords as this can result in the risk of fire or electric shock. Unplug the product from the wall socket before cleaning. Do not use liquid cleaners or aerosol cleaners, Use a damp cloth for cleaning. Never spill liquid of any kind on the product.

Never push objects of any kind into this device through cabinet as they may touch dangerous voltage points or short out parts that could result in the risk of fire or electric shock.

To reduce the risk of electric shock, do not disassemble this device, but take it to your dealer or authorized service centre when some service or repair work is required. Opening or removing covers may expose you to dangerous voltages or other risks. Incorrect re-assembly can cause electric shock when the appliance is subsequently used. And it will also void the warranty of this device.

Unplug this device from wall socket and refer servicing to authorized service centre:

	The LED at the front panel is not “ON”.
	The device has been exposed to rain, water or any other liquid.
	The device has been dropped or has damaged.
	The device shows a distinct change in performance when there is no saving on your electricity bill.

Below is the table of World Power Voltage and Frequency for reference

Country	Voltage	Frequency
American Samoa	120V	60Hz
Argentina	220V*	50Hz
Australia	240V	50Hz
Austria	230V	50Hz
Bahrain	230V*	50Hz
Belgium	230V	50Hz
Bhutan	230V	50Hz
Bolivia	220/230V	50Hz
Bosnia	220V	50Hz
Brazil	110/220V*	60Hz
Brunei	240V	50Hz
Bulgaria	230V	50Hz
Canada	120V	60Hz
Chile	220V	50Hz
China	220V	50Hz
Colombia	110V	60Hz
Cook Islands	240V	50Hz
Costa Rica	120V	60Hz
Croatia	230V	50Hz
Cuba	110/220V	60Hz
Czech Republic	230V	50Hz
Denmark	230V	50Hz
Ecuador	120-127V	60Hz
Egypt	220V	50Hz
Estonia	230V	50Hz
Falkland Islands	240V	50Hz
Fiji	240V	50Hz
Finland	230V	50Hz
France	230V	50Hz
Germany	230V	50Hz
Greece	220V	50Hz
Greenland	220V	50Hz
Hong Kong	220V*	50Hz
Hungary	230V	50Hz
Iceland	220V	50Hz
India	230V	50Hz
Indonesia	127/230V*	50Hz
Iran	230V	50Hz
Iraq	230V	50Hz
Ireland	230V	50Hz
Israel	230V	50Hz
Italy	230V	50Hz
Japan	100V	50/60Hz*
South Korea	220V	60Hz
Kuwait	240V	50Hz
Laos	230V	50Hz
Lebanon	110/220V	50Hz
Libya	127/230V	50Hz
Macedonia	220V	50Hz
Madagascar	220V	50Hz
Malaysia	240V	50Hz
Mexico	127V	60Hz
Monaco	127/220V	50Hz
Morocco	127/220V*	50Hz
Netherlands	230V	50Hz
New Caledonia	220V	50Hz
New Zealand	230V	50Hz
Norway	230V	50Hz
Pakistan	230V	50Hz
Panama	110/120V	60Hz
Papua New Guinea	240V	50Hz
Paraguay	220V	50Hz
Peru	220V*	60Hz
Philippines	220V	60Hz
Poland	230V	50Hz
Portugal	230V	50Hz
Puerto Rico	120V	60Hz
Romania	230V	50Hz
Russia	220V	50Hz
Saudi Arabia	127/220V	60Hz
Singapore	230V	50Hz
South Africa	220/230V*	50Hz
Spain	230V	50Hz
Sri Lanka	230V	50Hz
Sweden	230V	50Hz
Switzerland	230V	50Hz
Taiwan	110V	60Hz
Thailand	220V	50Hz
Tonga	240V	50Hz
Trinidad & Tobago	115V	60Hz
Turkey	230V	50Hz
Ukraine	220V	50Hz
United Arab Emirates	220V	50Hz
United Kingdom	230V	50Hz
USA	120V	60Hz
Uruguay	220V	50Hz
Uzbekistan	220V	50Hz
Vanuatu	230V	50Hz
Venezuela	120V	60Hz
Vietnam	127/220V	50Hz
Virgin Islands	115V	60Hz
Western Samoa	230V	50Hz
Yugoslavia	220V	50Hz
Zimbabwe	220V	50Hz