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Follow d tech. trend.

Don't be left behind!!!

Follow d tech. trend.

Don't be left behind!!!

Follow d tech. trend.

Don't be left behind!!!

Follow d tech. trend.

Don't be left behind!!!

Follow d tech. trend.

Don't be left behind!!!

It's nt just about buying inverters, but u need to know d nature of your LOAD as well as its WATTAGE and understand how dis works.

1. Resistive load: This is a load dat does nt require extra power before running. Just ON and run on a consistent power consumption. e.g. bulbs, laptops, fans, tv, decoder, etc. Example: a 25w energy bulb will still require 25 watts to start off and also run continuously.

2. Reactive load: This is a type of load dat requires twice or thrice its actual power to start off then later stabilizes on a consistent consumption, all other things being equal. e.g. Air conditioner, refrigerator, etc. Example: Air conditioner unit of 1500w will require abt 3000-4500 watts to start off before stabilzing to a consistent consumption of its actual 1500w.

3. Peak or Surge wattage: Max. wattage a load/appliance wl require to start off before settling down to requiring a smaller amount of power for operation (continuous wattage). E.g. a 1500w Air conditioner may have a surge power of 3000w or more to start off.

4. Continuous wattage: This is d wattage required under normal use, i.e. steady wattage running on d inverter at a time as long as it has loads on it and it is on. E.g. If a 25w energy bulb is d only load running consistently for 5hrs on an inverter, then d continuous power consumption is 25w x 5hrs = 125 watts.

In summary, whether running restitive or reactive loads, d peak and d continuous power consumption levels drawn by d loads (appliances) should, in total, be lesser than d inverter capabilities.

It's nt just about buying inverters, but u need to know d nature of your LOAD as well as its WATTAGE and understand how dis works.

1. Resistive load: This is a load dat does nt require extra power before running. Just ON and run on a consistent power consumption. e.g. bulbs, laptops, fans, tv, decoder, etc. Example: a 25w energy bulb will still require 25 watts to start off and also run continuously.

2. Reactive load: This is a type of load dat requires twice or thrice its actual power to start off then later stabilizes on a consistent consumption, all other things being equal. e.g. Air conditioner, refrigerator, etc. Example: Air conditioner unit of 1500w will require abt 3000-4500 watts to start off before stabilzing to a consistent consumption of its actual 1500w.

3. Peak or Surge wattage: Max. wattage a load/appliance wl require to start off before settling down to requiring a smaller amount of power for operation (continuous wattage). E.g. a 1500w Air conditioner may have a surge power of 3000w or more to start off.

4. Continuous wattage: This is d wattage required under normal use, i.e. steady wattage running on d inverter at a time as long as it has loads on it and it is on. E.g. If a 25w energy bulb is d only load running consistently for 5hrs on an inverter, then d continuous power consumption is 25w x 5hrs = 125 watts.

In summary, whether running restitive or reactive loads, d peak and d continuous power consumption levels drawn by d loads (appliances) should, in total, be lesser than d inverter capabilities.

Follow d tech. trend.

Don't be left behind!!!

Follow d tech. trend.

Don't be left behind!!!

Follow d tech. trend.

Don't be left behind!!!

Follow d tech. trend.

Don't be left behind!!!

It's nt just about buying inverters, but u need to know d nature of your LOAD as well as its WATTAGE and understand how dis works.

1. Resistive load: This is a load dat does nt require extra power before running. Just ON and run on a consistent power consumption. e.g. bulbs, laptops, fans, tv, decoder, etc. Example: a 25w energy bulb will still require 25 watts to start off and also run continuously.

2. Reactive load: This is a type of load dat requires twice or thrice its actual power to start off then later stabilizes on a consistent consumption, all other things being equal. e.g. Air conditioner, refrigerator, etc. Example: Air conditioner unit of 1500w will require abt 3000-4500 watts to start off before stabilzing to a consistent consumption of its actual 1500w.

3. Peak or Surge wattage: Max. wattage a load/appliance wl require to start off before settling down to requiring a smaller amount of power for operation (continuous wattage). E.g. a 1500w Air conditioner may have a surge power of 3000w or more to start off.

4. Continuous wattage: This is d wattage required under normal use, i.e. steady wattage running on d inverter at a time as long as it has loads on it and it is on. E.g. If a 25w energy bulb is d only load running consistently for 5hrs on an inverter, then d continuous power consumption is 25w x 5hrs = 125 watts.

In summary, whether running restitive or reactive loads, d peak and d continuous power consumption levels drawn by d loads (appliances) should, in total, be lesser than d inverter capabilities.

It's nt just about buying inverters, but u need to know d nature of your LOAD as well as its WATTAGE and understand how dis works.

1. Resistive load: This is a load dat does nt require extra power before running. Just ON and run on a consistent power consumption. e.g. bulbs, laptops, fans, tv, decoder, etc. Example: a 25w energy bulb will still require 25 watts to start off and also run continuously.

2. Reactive load: This is a type of load dat requires twice or thrice its actual power to start off then later stabilizes on a consistent consumption, all other things being equal. e.g. Air conditioner, refrigerator, etc. Example: Air conditioner unit of 1500w will require abt 3000-4500 watts to start off before stabilzing to a consistent consumption of its actual 1500w.

3. Peak or Surge wattage: Max. wattage a load/appliance wl require to start off before settling down to requiring a smaller amount of power for operation (continuous wattage). E.g. a 1500w Air conditioner may have a surge power of 3000w or more to start off.

4. Continuous wattage: This is d wattage required under normal use, i.e. steady wattage running on d inverter at a time as long as it has loads on it and it is on. E.g. If a 25w energy bulb is d only load running consistently for 5hrs on an inverter, then d continuous power consumption is 25w x 5hrs = 125 watts.

In summary, whether running restitive or reactive loads, d peak and d continuous power consumption levels drawn by d loads (appliances) should, in total, be lesser than d inverter capabilities.

Follow d tech. trend.

Don't be left behind!!!

Follow d tech. trend.

Don't be left behind!!!

Follow d tech. trend.

Don't be left behind!!!

Follow d tech. trend.

Don't be left behind!!!

Follow d tech. trend.

Don't be left behind!!!

Follow d tech. trend.

Don't be left behind!!!

Follow d tech. trend.

Don't be left behind!!!

Follow d tech. trend.

Don't be left behind!!!

Follow d tech. trend.

Don't be left behind!!!

Follow d tech. trend.

Don't be left behind!!!

Follow d tech. trend.

Don't be left behind!!!

Happy new week.

Happy new week.

Happy new week.

Happy new week.

Happy new week.

Happy new week.

Happy new week.

Happy new week.