Nah
I reckon one double socket every metre in the wall 200mm above the worktop.
Also a DP switch or FCU in the wall above the worktop feeding a single socket below, everywhere that you have, or might one day want, an appliance (also one feeding a flex outlet above, for people who have, or might one day want, a cooker hood). (An FCU is a fused connection unit, sometimes called a fused spur, usually has a switch on it and incorporates a replacable fuse, like you have in a 13A plug. They usually run of the same ring circuit that your sockets do.)
The relevance of the freezer trip, is that if you are having a new kitchen, you will (almost certainly) be having it rewired by an electrician (kitchen fitters tend not to be good electricians); and so your circuits will (should be) protected by an RCD which will cut the power almost instantly in the event of an earth fault like water in a socket, fork in a toaster, dog chewing through a kettle lead, breakdown of heating element in oven, water leak in boiler. This is a great safety measure, but if it happens while you are away, you won't want to come home to a melted freezer and rotted food.
Hence it is better to put the freezer on its own dedicated radial circuit, with its own protection device (not the same RCD as everything else) which is called an RCBO. Most householders don't use RCBOs as the part costs about £30 extra for each circuit that has one.