Lisab, as I understand them, water pressure back-ups don't just utilize pressure, they use lots city water to pull the sump water out by Venturi effect. This effectively mixes the clean and dirty water and leaves to copious amounts of water pouring out, which eventually goes to a storm sewer (of course, it is even worse they dump it right into a sanitary sewer). If it is a very active sump like Rusty's it would take a remarkable amount of city water to pump the sump water up 8 feet, if it could even do it. Doesn't that all that extra water contribute to straining the storm sewers, probably at the worst possible time (when it is already very wet/raining)? If many people use these and storm sewers are overwhelmed, won't flooding be that much worse? And, if enough people use them, won't the water supply be burdened? While the individual paying the water bill should care, I think the municipality should care, too. Rusty, is there any place downhill from your basement where you could drain your sump by gravity to daylight? It seems unlikely with the waterflow you describe, but, it would be the best solution by far if it were possible.

Carol, hopefully others will come along with their ideas so you can pick the best of the bunch that suits your style. I am like Randy and use Acronis True Image, mine is version 7, for my backups. You would need something similar for the initial backup. I got mine when Acronis made it a free offer for a while. The idea was to get us to use it then buy the upgrade, a nice ploy too but I have stayed with version 7 so far. Regarding the timed backups of your personal data you might consider creating one folder for your work with sub folders for each program you use rather than allow each to store their work where they want it. Then it is a simple matter of copying that folder with all it's sub folders to the external drive any old time your heart desires. Using the method I have described you will overwrite the previously saved data folder. You will be prompted to agree to overwrite so you then have a choice of renaming the folder if you want more than one copy of your saved work.

Here's an off the wall solution. A friend of mine lived in an area where there were almost no power outages, even in bad storms. They've experienced maybe 4 outages in 25 years. However, if there was an outage, it might last only 30 minutes at most. In that 30 minutes, their sump would fill up and water would start flowing into the basement. The expense of a full fledged back up system wasn't that justifiable. He kept a oil drum crank handy just in case but wanted something less labor intensive. He was more concerned about the few times a hurricane might come through and, just something as an alternate course of action. We picked up a Xantex 2000 watt inverter with a 4000 watt surge capability, a marine battery and a small solar panel to keep the battery float charged. During one heavy torrential down pour, we put it to the test. We unplugged it from the power and plugged it into the inverter. It worked great for over an hour (when the rain stopped.) Just knowing he had an alternative was good enough for him. With a little more work with a relay, we could have made the system automatically switch over. The good part is, when the battery starts to run down due to long use, you just hook up jumper cables to a car or tractor and you're back in business. We also tested it on his pellet stove and it worked great. Of course this is an "un-packaged" UPS. The cost was around 175 bucks total. He has an area where he uses a hedge trimmer and needs 150 foot extension cord to get to it. He took the setup out to the location and used his hedge trimmer with it and needless to say, it worked great. I personally think running the extension cord would have been easier but I mention all the other uses as another example of the setups' capabilities where it can be applied to other emergency or short term uses as well.

A hard start kit will only make a small dent in the starting load for the HP. Wiring it differently may help by keeping the heat strips out of the backed-up circuits, but you may notice their absence. An HVAC consult is not likely to help you much unless you are considering a HP replacement. In that case, you will need to find a detail-oriented HVAC pro to help you choose a system (inverter-driven, perhaps) that will play best with a relatively small power source, and have better low-temperature performance so it can heat your home without the need for resistance heat back-up if you get a cold snap. (For all we know, you already have that.) In the end, you have three choices: First, dumb load shedding (simple transfer panel with auto switch) with a relatively small genset, second a big, dumb genset, third, intelligent load shedding with a relatively small genset. The first gives you no versatility powering a limited number of loads, limits fuel consumption and limits your investment in expensive genset and switching hardware. The second will have higher fuel consumption because the genset will be running at a low load a great deal of the time, and higher (genset) hardware costs. The third is more expensive from an auxiliary hardware (controls) point of view, but less into a genset. Fuel consumption will be lower. There is a question about the reliability of automatic load shedding vs. a big dumb generator or a dumb auto transfer switch, but it might be only in my mind. Read up about it. Your decision might depend on how long your outages are. If they are short, fuel is not so much of an issue. Start putting numbers together to see what works best with your needs in mind. There is a 4th alternative that might or might not make sense from a money standpoint. Maybe someone with more hardware experience can be a guide. You get a relatively small genset with an automatic transfer panel supplying your critical loads for when you are absent, heat pump, water heater and refrigerator). Have a second genset attachment to your main panel with a manual transfer switch or lock-out. When you are home, you manage your loads yourself after disconnecting the genset, and reconnecting at the main panel. That might mean turning off your heat pump when you want to do much of anything else.