Granted, I spend WAY too much time on youtube, but after watching some videos praising homemade teas, specifically orange tea and mint tea, I decided to give it a go for myself. Doesn’t mint orange tea sound delightful?? It did to me. We raise plenty of organic mint in our garden, and we buy organic oranges (when we can find them!), so I grated the zest of a bunch of organic oranges, picked a bunch of mint, and dried it all. Made tea in the usual way, by putting a couple teaspoons of zest and dried mint in a tea strainer, made tea with great anticipation, and was mightily disappointed. I won’t drag you through my various experiments, but eventually even the large amounts of mint and orange zest shown in the pictures above didn’t make the tea as aromatic as initially hoped. I’m just guessing, but they probably do provide some health benefits when brewed? I can’t prove that, of course. I’m going to keep adding mint and orange zest to my tea along with some black tea, heavy cream and homegrown stevia, in the hope of deriving some health benefit.
I saw a pretty interesting youtube video about a system (hardware and software) being sold in Bangladesh which links multiple solar PV systems together to form a mini-grid for off-grid people. And here’s a link to an article that explains the details of SolShare’s system. According to the youtube video almost 20 million in Bangladesh use solar power now, and Bangladesh has one of the largest number of solar PV systems in the world; I haven’t verified if that’s actually true or not, so don’t quote me. A company named SolShare has developed a piece of hardware and associated software to allow customers to form Peer-to-peer microgrid systems. One of the crucial services provided by SolShare’s system is the ability of people who are sharing electricity with their neighbors to be able to accurately charge their neighbors for electricity that leaves the solar PV owner’s system. It seems like a great idea, and theoretically should work well in Bangladesh – but is there any instance where this would work well in the United States? For this to work, you’d have to have a lot of people who are off-grid living quite close to other people living off-grid. I don’t think that’s common now, but maybe eco-villages might have an interest in this type of technology? Peer-to-peer sharing of energy between households is pretty far off in the United States, but this is an interesting concept.
I watched a number of videos on how to grow sweet potatoes (Click this , for instance) and heard that you had to put the sweet potato fat end down in the water, so I decided to test this suggestion, and it looks like it might not be true. I selected two seemingly-similar sweet potatoes and put them both in jars with water covering the bottom 2 inches or so (fat end down) of the sweet potatoes, then set them on a sunny windowsill in late January of 2021. One sweet potato failed to grow any ‘slips’ (new vines) so I thought maybe it was a dud and almost composted it. Instead, I cut the dud spud in half and put both the fat end and the narrow end in their own jars, cut side down. It took weeks longer, but the cut potato parts ended up sprouting vigorously also, just like the whole potato with the fat end down. Being in zone 6B, I had plenty of time to wait (since I started this in January), so the fact that the cut potatoes took longer to create slips wasn’t a problem. It’s April 22 now and I have lots of slips, which will probably be getting planted in a couple weeks. It’s really hard to wait until Mother’s day to plant these summer crops! Some of my leftover winter crops, like kale and swiss chard, are still doing well.
I can’t conclude too much from this experiment, but it looks like a few more slips were generated from cutting the sweet potato in half and putting the halves into water than just setting the whole sweet potato in a jar of water. Both ways seem to have worked, in that slips were produced via both methods. You Choose!
I am very sorry if you’re one of the hundreds of thousands of people in the state of Texas (USA) who are suffering without power right now, on February 18th, 2021. It is likely a dire situation for quite a few people, and probably quite unanticipated. This could be a new normal for at least a while – what do you wish you had done differently to be prepared for grid outages? This makes me think of the doomsday preppers who have spent years getting ready for what they call ‘SHTF’ – the time when society collapses. I’ve always said that the doomsday preppers were right for the wrong reasons – I think that their efforts to prepare for the collapse of society will help them deal with climate change much more successfully, even though they often don’t believe in climate change. For instance, doomsday preppers probably had water, food and backup energy sources ready to go when this awful weather hit Texas. I wonder if there are other ways to manipulate right-wingers to do the right thing by constructing some conspiracy theory that would get them to do the right thing, like convincing them that gasoline powered cars are endorsed by the devil or something, so that they’d all go buy electric vehicles?
I attended a lecture at a Skepticon conference some years ago that encouraged us all to have a Pre-Apolcalypse party with our neighbors, to encourage everybody to think about and actually take actions to prepare themselves for increasingly unpredictable and severe weather events that, until we became accustomed to them, would interrupt the modern just-in-time systems that we have become used to, that we expect to meet our needs whenever we want them to – always available fresh food in always open grocery stores, always on energy sources delivered to our homes, always passable roadways with always available gas stations, and on and on. It’s public knowledge that enemies of the United States have been learning ways to attack our energy grids, so mother nature isn’t the only one we need to fear. But knowledge is power, and this severe weather needs to be a good test case to show us what we need to do harden our infrastructure for a better tomorrow.
In this picture you can see what was harvested from our unheated greenhouse on January 31st, 2021. That’s broccoli, swiss chard, kale and arugula, and it was all grown in USDA zone 6b in a cheap, leaky harbor freight greenhouse with no added heating – no plugged in heater, no propane, no in-ground geothermal heating systems. Don’t get me wrong – I’d love to have some sort of geothermal heating system or thermal storage system (like 1000 gallons of water in black tanks) that would allow the growing of much more than just these very cold hardy plants, but I’m pretty happy with this haul. I added in some lentils that I had sprouted in the kitchen and it made a pretty good salad.
I’m mostly interested in producing fresh food in a manner that allows my household of 2 people to be able to eat freshly harvested food daily instead of growing large quantities of food that could be stored for later consumption. It’s very interesting to me to see how much food could be produced even in the dead of winter, and part of what gave me the courage to try this was the video done by a man in Chicago who called his youtube channel One Yard Revolution. I heartily recommend that you watch the video below!
There are solar thermal hot air boxes (STHABs) videos and write-ups all over youtube (videos) and BuildItSolar.com (pictures& text) that show how to make them yourselves for maybe a couple hundred dollars USD (or even a lot less if you have the right stuff laying around) but I have yet to find one that includes an airtight seal for the inlet/outlet ducts. An airtight duct seal makes the difference between getting free heat in the dead of winter and getting free heat AND unwanted free freezing air conditioning in the dead of winter. The laws of physics are pretty reliable, and they work the same way during a sunny day and a dark freezing night – air temperature is changed by what the exterior environment is doing to the inside of the the solar thermal hot air box. On a sunny day, the sun sends photons through the glazed front of the solar thermal hot air box, which hits something that changes the sunlight into heat, and thereby heats the air being moved through the STHAB (solar thermal hot air box). In the middle of a freezing cold winter night, the ambient temperature will chill the interior of the STHAB and thereby chill any air that passes through it. You would wipe out any benefits from the daytime heating if you don’t have an air-tight seal covering the exit duct during long winter nights. You might not care about that if the STHAB is just being used to provide heat during the day to a place that won’t be negatively impacted by severely cold weather – for instance, if this is attached to an unheated shed/garage with no plumbing or items that will be damaged by freezing temperatures. This also doesn’t apply to STHABs that are entirely inside a conditioned space – in that case, the cold doesn’t get to it, and it doesn’t become a cold generation machine.
The STHAB shown in my picture is a commercially made box, from Northern Comfort / Sunsiaray, but I think the guy who made them retired in 2018?
I also made one myself, which my brother sort of remade, but that is not as good looking, and probably not as productive, though I haven’t been able to test that carefully. I used two old window sashes that I got for free as the front glazing, which has the benefit of being able to easily withstand the heat generated inside the box on a sunny day, though putting a sheet of Lexan over those window sashes would trap more heat inside the box, and thereby make it more productive. If you do a really good job of building one of these boxes and then put an acrylic or polycarbonate sheet on the front of it, instead of a glass sheet (window sashes, screen door, etc), you run the risk of that potentially expensive sheet melting. I was able to measure temperatures of over 200 degrees Fahrenheit coming out of my homemade STHAB on a sunny day when no fan was running, and how long would polycarbonate or acrylic stand up to that?
This is really great and durable technology, and I encourage you to give it a try, but remember to make sure you have an airtight seal on the ducts when the sun is not shining on it!
You might already own a low-cost solution for creating trellises for your climbing plants. We had a sturdy old canopy that we left sitting out all summer, which ruined the canopy cover, so it was available for this project and free of charge to us. You might check freecycle sites, craigslist, Facebook Marketplace, or the trash put out by neighbors. We set up the metal pole frame of the canopy and attached pieces of this trellis netting using twist-ties, to allow the vines to grow up from the beds to the frame. It’s worth noting here that we’ve now decided that growing purple hyacinth bean vines for vegetables (beans) wasn’t really a good idea, even though the vines are very nice looking and extremely low maintenance. The friend who sold me those plants correctly stated that the vines are vigorous and productive, but the mature beans are toxic, so you have to boil them once in water, throw that water out, boil the beans in another quantity of water, throw that water out too, then boil them again and eat them after all that. Who wants to spend time growing these beans for food when there are so many other good options??? This was a mistake, and I’m sorry we did this. These vines would probably be great for decorative purposes, but I wouldn’t recommend them for food.
Please also note that this canopy frame wasn’t wide enough to sit over our beds, so we re-assembled it at an angle in order to still be able to use this somewhat. Consider the measurements of your beds in evaluating any canopy frames you might be able to acquire.
The purple/green vines on the left in the picture are the Purple Hyacinth Bean vines, and the green vining plant on the right in the picture is a loofah plant.
As an inexperienced gardener, I am just coming to appreciate the value of vining plants – they tend to be more productive, and over a longer time period, so they can be great for fresh, eat-as-you-go vegetables, unlike some other types of plants which produce everything they’re going to produce in a year during one short time period.
I had visions of extreme gardening ease dancing in my head when I started out on the indoor-on-my-windowsill hydroponics journey, but I’ve learned a few things in the last 4 months. It does require maintenance even though it’s less maintenance than required in outdoor-in-the-dirt gardening – no weed pulling, no critters eating plants, few to no bugs, no worrying about serious weather like late unexpected frosts. It was necessary to check the water levels in the jars every couple days and replenish as needed, especially the kale – it drank at least twice as much water as the lettuce. Eventually – after about 3 months – I had to clean out the jars and clean up the clay pebbles, and replant. The greens didn’t seem to be as cut-and-come-again productive as they had been when planted outdoors. It took about a month for most greens to grow, longer for basil, and the plants seemed smaller than ones growing outdoors, though I didn’t keep exact measurements, and they produced for several weeks as I was cutting leaves off of them for dinner. I had about 4 mason jars with lettuce growing in them – some buttercrunch lettuce and something else, 2 jars with basil plants, 2 jars with kale and 2 jars with cilantro. The cilantro was especially unimpressive – it grew to be big enough to eat, but it seemed a lot more vigorous when I planted those seeds outdoors last year. Those jars produced enough for 4 cups of very loosely packed cups of greenery in about a month, took 2 – 3 weeks to grow back and produce enough for another 2 rounds of 4 cups maybe? Then the lettuce plants seemed to be in distress though they’re re-growing somewhat now, the basil plants are anemic but still producing and both the cilantro and kale are still producing a little. It was a mistake to wait so long to clear out the jars and clay pebbles and re-plant. I used the made-in-USA HappyLeaf LED light kit to get started and it has worked well, but $15 LED lights from Menards also worked surprisingly well.
60 Minutes did a report on how the Bahamas are upgrading their electrical grid to better handle the increasingly violent and increasingly frequent hurricanes hitting their low-lying islands, and I encourage you to watch their video if you can. If you can’t watch it, you can at least read the transcript at the link above.
It’s incredibly exciting to see progress being made in the search for hurricane-proof solar PV microgrids, and I really hope they succeed. The solar panels are much closer to the ground in this new type of installation and will supposedly withstand 180 mile-an-hour winds; I think it would be ground-breaking if this microgrid actually does withstand what are expected to being increasingly frequent category 5 hurricanes. This type of installation will become more in-demand in more places as our world continues to warm.
I do have one quibble about this otherwise well-done presentation and it’s this – Bahamian Prime Minister Hubert Minnis mentions that he said at the U.N. ‘First World nations make the greatest contribution to climate change, (t)hey are the ones responsible for the changes that we see. The increase in velocity and ferocity of the hurricanes and the different– and the changes, typhoons that we see today, but we’re the innocent victim. We’re the ones that are being impacted by what you have created.” Minnis seems to want the U.S. and European countries to contribute to an insurance fund to help rebuild from future storms. My quibble is this – the electricity generated on these islands is so expensive now that installing solar PV arrays/microgrids even with battery backup will surely cost what they’re already paying now, or, more likely, even cost less. I could see asking for loans to help with the initial installation of solar, which could be paid back with money paid by electricity customers on their monthly bills. And I could see asking for some financial help to rebuild after climate-change-influenced storms, but solar is such a good financial move that it would be a freebie /handout to ask for the U. S. and Europe to pay for that.
The Setec vehicle-to-load device is a product from China (so not sure what availability is right now) which will pull electricity out of a Nissan Leaf (in the US, model year 2013 or newer), Mitsubishi Outlander PHEV or Mitsubishi i-Miev with a CHAdeMO port, but it does nothing to keep the PV array up and happening. According to a website that seems to be associated with that product, the cost for that device is $4,000 USD, which seems to include shipping to the 48 states in the U.S.A.