Is it possible to reduce our resource consumption without abandoning a certain quality of life? The 2000 Watt Society thinks so. I first encountered this group in a near-term climate fiction novel following the lives of people trying to avoid the worst of climate change impacts. A recent trip to Switzerland showed me it can be done better than we’re doing it back home.
A friend recently warned me against using my electric blanket. While there are established risks (including burns and fires), she was talking about health conditions that could be caused by electromagnetic fields. Hypothesizing about health impacts from environmental exposures can walk a fine line between conscientious public health research and pseudoscience. The difference between the two lies in what we do with answers we get.
Physics, cooking, energy efficiency, and public health: so many of my passions are the ingredients of this blog post about our new induction cooktop. Magnetic induction cooking equipment has recently been getting cheaper, more accessible, and more popular, but it has long been safer, cleaner, and more energy efficient than the conventional alternatives, such as gas flames and electric coils.
After deciding to replace our gas-powered tank water heater with an electric tankless model, it took us about six months to actually make it happen. The process was reasonably easy and cheaper than it would have been otherwise, thanks to my husband’s DIY skill set. Now I’m thrilled that our hot water is coming to us thanks to renewable energy, not fossil fuels.
Limiting or shifting our electricity use benefits our wallets, but it can also help support a more reliable electrical grid and limit the amount of fossil fuels we use to power our homes, which in turn limits climate change. If you don’t know where to start, you’re not alone: some utility companies offer programs to help you save money as you adjust your use.
I recently learned that the global transformer shortage can limit how well we maintain our existing infrastructure and how quickly we can expand our supply with new sources of electricity generation. A constrained supply will impact demand, resulting in negative impacts that range from inconvenient to deadly. Better demand management can ease capacity constraints, but how do we manage that in a fair way?
I certainly didn’t notice any news about the global transformer shortage until there was a possibility we would need a new one on the pole outside our house and wouldn’t be able to get it. Demand is exploding for this critical piece of basic technology, but supply will be a limiting factor in how quickly we can bring new renewable energy projects online worldwide.
It’s been a while since electronics lab in college, but upgrading our electric service served as a good refresher course for me. Unfortunately, many people who want to move away from fossil fuel use in their homes often don’t know where to start or even what to ask a potential contractor. I’m hoping that detailing our journey – starting with our electricity upgrade – will help.
I was skeptical of the term “beneficial electrification” when I first heard it, mostly because I knew that more than half of our electricity in Pennsylvania was generated using fossil fuels. But when electric appliances are used in concert with energy efficiency measures, cleaner energy sources, and smart grid technology, beneficial electrification represents a meaningful step in addressing the climate crisis.
We will soon have to replace our hot water heater, and I want to invest in something that will save energy and reduce our demand for fossil fuels, while also recognizing an inevitable shift toward home electrification. Initial and ongoing costs were a consideration in the debate between gas and electric models, meaning that this decision called for a comparative analysis. Spreadsheets were used.