You have no items in your shopping cart.
- Electric Netting
- Tape, Twine, Wire And Rope
- Fencing Energisers
- Fencing Posts
- Electric Fencing Kits
- What is Electric Fencing
- Advantages of an Electric Fence
- Installing a Fence
- How to Erect a Net
- What you Need for a Fence
- Testing an Electric Fence
- Quantities Guide
- Improve Your Fence
- Poultry Netting Trial
- Electric Netting Dimensions
- Electric Fencing Mistakes
- TLD Max Technology
- Energiser Terminology
- Choosing an Energiser
- Fencing Articles
- Trouble Shooting
- Delivery Terms
- Frequently Asked Questions
- Here's a Blog Worth Reading
It is always important to know how much a particular electrical energiser is going to cost you to run.
The only thing you will need to know is how many watts your particular Electric Fence energiser draws and the price/kilowatt charge from your particular electric utility company. This is assuming that you have a standard mains unit that plugs into a standard 220V outlet.
The basic equation is: watts x time / 1000 = kWh
Watts = The watts per hour consumed by the electric fence energiser during operation. This is probably not printed on the cover of the charger, but is usually on the box or the instruction manual that should come with it. If you don’t have the box or manual, then call the manufacturer and they should be able to tell you.
Time = The amount of time the energiser is operated. This should be calculated into hours per day and then days per month. Assume you will be running your energiser on a continuous basis.
1000 = Dividing by the number 1000 places the total into kilowatt-hours, which is what most utility companies use as the rate of consumption.
The power consumption of most energisers for agricultural / livestock control purposes will range from 1 watt up to 25+ watts - depending on the model. Operating a 4.5 watt energiser (a medium sized Farmer N200) continuously for 24 hours per day for 30 days at a utility company charge of 23 pence per kilowatt-hour will equal;
4.5 watts x 24 hours per day x 30 days / 1000 = 3.2 kilowatt-hours (kWh)
3.2 kWh x 23 pence = 73.6 pence/30days
So £0.736 is the cost of operating the 4.5 watt energiser for 30 days at this rate, or a cost of £8.84 per year. Now you know how much your electric fencing system is costing you to run.