Interpreting the power rating of the refrigerator
130W continuous power draw would be a huge fridge (if it is any good at its job). For example, my fridge does 25W on average over 24hr and has a capacity of approx. 200 liters cooling area + 94 liters fridge area.

A fridge in Europe comes with an energy label that specifies its consumption / power-hungry'ness, if you search for your exact type on Internet you'll find these specs for your fridge too.



Amongst other things the label will specify the power use per year. In my case 219kWh/year. So if there are:


1000 Wh in a 1kWh
365 days in a year
24 hours in a day


Then the average power equals:

\$P_{avg} = \dfrac{219 × 1000}{365×24} = \boxed{25\text{W}}\$

The type plate however states 90W. This is maximum power when the compressor is running and probably when the lighting is turned on. 

The type plate also states 0.7A, which would come to 230V × 0.7A = 161VA. Notice these are VA, not W! The higher current probably be drawn during compressor start up, and probably has some safety headroom too.