At the start of this month I applied for a rebate from Solar Victoria for a new PV system for the house. As part of that installation, we’ve had to get the external asbestos removed from the house. Since there was also asbestos behind our switchboard, this was a job that required multiple trades to do the work.
Working on this house has definitely been a voyage of discovery. “Dodgy as <insert expletive>” is a phrase that gets used around here with a high degree of frequency and creativity. Between a long list of poorly executed renovations and the mere age of the house, we’ve realised that the amount of work required to bring this place up to the standard that we want is going to take a lot longer than we initially planned.
Problem One – Electrics
We’ve now removed the asbestos from the switchboard, and we had hoped that would be the worst of it. Ha ha, no. The wiring from the street brings the standard capacity, but the wiring from the fuse to the switchboard is only half that capacity. The sparkie thought that our solar installers will need to upgrade this in order to connect the panels. Regardless of how that aspect goes, he advised us that we can’t convert our gas appliances to electric versions until the wiring is upgraded. To make this even better, we’ve got the old style of wiring that’s wrapped in cloth, and I’ve been happily assured that this is the sort of cabling that eventually becomes a fire risk.
Problem Two – Gas
Essentially another aspect of the previous problem, without a cabling upgrade to the house we don’t have the capacity to convert any of our existing gas appliances to electric replacements. This means that if any break down and need to be urgently replaced, we’d probably be stuck replacing them with a new gas model, and that is completely out of the question for us.
Problem Three – Insulation
We had two asbestos panels removed from the front wall of the house, and it became immediately obvious that the walls have no insulation in them at all. The minimum insulation rating for walls in Melbourne is currently recommended at R2.8. This is a great opportunity to upgrade the insulation for that part of the wall, so we’ve ordered some insulation rated at R7.0 and it should arrive next week. While that’s lovely for this part of the house, it does leave us with the question about what to do for the rest of it. If we put insulation inside the walls, we’re going to need to take down the plaster from inside to fit the insulation in, and that will be some major work. There are insulation options that can be applied to the external walls, but these will change the look and feel of our house. Regardless of what we eventually decide to do, the first step is going to be lengthy research.
Problem Four – Windows
We already knew the windows were a bit below standard, and eventually we want to upgrade them to double glazing or better, but we were surprised by how much the woodwork around them suffered during the asbestos removal. The frames had been poorly maintained, and sections fell off during the work, so we’re going to need to look into this work a lot sooner than planned. I’d like to say this came as a shock, but after an entire stretch of cornice fell off the living room ceiling last week… *shrug*
Problem Five – That <insert expletive> Cornice
Speaking off which, where the cornice fell off the ceiling has left a gap in the plaster. The warm air from our heater is now rising into our roof space and happily flowing out through the open eaves. It was 2°C outside this morning and a balmy 10°C inside the house when we woke up. The children were inexplicably keen to snuggle up with me under a mound of blankets. I do cherish their affection, but it makes it difficult to convince them to get up and dressed for the day. Our carbon use is going to skyrocket until we get some of these holes patched up.
If you’re playing along at home…
…do you have a long list of structural challenges that are stopping you from reducing your footprint? Please share in the comments below the obstacles that you’re facing in your home.