2022 is the year of the world energy crisis. The cost of gas and electricity has skyrocketed. From the COVID-19 pandemic crisis over the last two years we have moved to Putin’s Ukraine annexation crisis and linked to that we now have a world fuel crisis – exacerbated by the onset of winter in the northern hemisphere. The big issue is the increase in the price of natural gas.
Russia is a key global gas exporter accounting for about 14% of the global market. “Putin the bully” is, as expected, using the supply of natural gas as part of his economic warfare strategy to inflict pain and get his way. It hasn’t helped, that Europe, over the last thirty years following the end of the cold war has relaxed its guard and become totally dependent on Russian natural gas, and, did not have a back-up supplier. With Putin cutting off the supply of gas to Europe via the Nord Stream 1 & 2 gas pipelines the price of natural gas has sky rocketed as Europe sought alternative supply from the USA and the Middle East.
Heating ones home in winter is not an issue for Bajans in Barbados. The International Energy Agency ranks Barbados third in the world in the penetration of solar water heaters per 1,000 population. In addition Barbados Light & Power and Bajans at large have been been investing in solar photovoltaic (PV) power that converts sunlight into electrical energy. Bajan James Husbands, the CEO and founder of local firm Solar Dynamics is a world leader in the production of solar water heating technology and solar photovoltaic panels. It is estimated that the use of solar products in Barbados saves the island some 130,000 barrels of oil annually! Not to mention that Solar Dynamics is a major Foreign Exchange earner!
In addition to harnessing the power of the sun, Barbados has been partially shielded from the impact of the full increases of refined petroleum products. The Barbados Government has capped the retail prices of gasoline at BB$4.48 and diesel at BB$4.03 per litre. In October 2022 the price of gasoline dropped to BB$4.14 per litre, a decrease of 12 cents, while diesel is now BB$3.90 per litre, a reduction of four cents. Kerosene has gone down by two cents and cost BB$2.14 per litre. The retail price of the liquefied petroleum gas is now BB$169.63 for a 100-lb cylinder; BB$47.51 for a 25-lb cylinder; BB$41.97 for the 22-lb cylinder, and BB$38.16 for a 20-lb cylinder. (source: loopnews.com 3 October 2022)
Heating ones home in winter is a BIG issue for more than half of the BajanThings subscribers – generally expat Bajans who live in: Australia, Canada, Europe, New Zealand, South Africa, the UK and the USA.
Cutting household fuel and energy cost this winter will be important as disposable income has not kept up with inflation nor the rise in the cost of fuel whether that is gasoline, diesel, electricity or gas. The UK like other northern and southern hemisphere, temperate, countries is now being hit post COVID-19 by spiralling inflation and what is generally classed as: “fuel poverty”.
The cost of heating in Europe has tripled due to Putin’s War in the Ukraine and the strangle hold Russia has on the supply of gas to Europe. It’s simply a case of supply and demand. The supply of Russian gas to Europe has been reduced and the price has shot up to compensate for the lack of supply.
Here in the UK where I live we are very fortunate in that we live in a super-insulated home, we built in 2018.
In the UK, domestic energy prices have moved from being capped annually to being capped every 6 months. Between September 2019 and October 2022 our combined electricity and gas bill has jumped nearly four times! The really big jumps were in March 2022 and October 2022. We expect another major jump in March 2023.
Our jump in gas and electricity domestic energy charges from September 2019 to :
- September 2020 was 1.19 times.
- October 2021 was 1.65 times.
- March 2022 was 2.28 times.
- October 2022 was 3.96 times.
- March 2023 is anticipated to be 5+ times.
Back in March 2022 when the writing was on the wall that energy prices were going to skyrocket we decided to do a deep analysis of our energy and fuel use. What we have been able to do is put in place some measures to help combat the cost rises that came in October 2022 and maintain our domestic costs at the March 2022 levels.
We expect that in March 2023 there will be another BIG hike in prices. For that hike, we will be unable to make any more savings (except maybe some very, very marginal ones). The options in March 2023 will be: pay the increased price, turn off the heating for longer periods, wrap up more and add clothing layers or some combination!
We are a four person household with two teenagers with lots of sports kit to be washed.
We live in a modern super-insulated house. Our lighting is via LED, and the big users of electricity in the house are the Fridge/Freezer, oven, washing machine and tumble drier. Our heating and hot water is gas powered as is our cooking hob.
Analysis of our energy bills was that our electricity cost were fairly stable from season to season. The BIG fluctuating cost was gas, mainly used for winter heating.
In the UK the unit cost of Electricity has risen but not as much as the unit cost of gas. The reason for this is that in the UK about half of the electricity power stations are gas powered, so increases in the global cost of gas affects the cost of electricity too.
We looked at both our electricity and gas fuel usage and we looked at the number of kWh used per day and compared this to quarterly electricity and gas meter reading data we had going back to 2019 and specific meter readings while we were doing our analysis of say washing machine use and tumbler drier use.
Listed below is what we have done to stabilise our winter 2022 fuel cost. Based on these actions we believe we can keep the price hike of October 2022 to the price hike of March 2022. In fact, we think, we can keep the price hike below March 2022 figure. We will report back at the end of the 2022/2023 winter.
Health Warning: It does take some serious discipline and nagging of the teenagers and behaviour changes to implement. My wife would add nagging of me too, to close doors and turn-off lights! Our house is noticeably cooler requiring instead of just wearing a shirt/t-shirt when inside, that one wears a shirt and jumper, and rather than being bare footed that slippers or woolly socks are worn! Rugging up is the price of reducing our winter heating cost. Kids not happy/not impressed!
Electricity fuel cost
We started with the low hanging fruit and seeing if we could incrementally shave some cost off the electricity bill.
- Lights. We are now very focused on turning off lights as we leave rooms.
- Washing machine and tumble drier. Our tumble drier is now a last resort. We used to use it to mainly dry the towels and make them fluffy. Everyone has just had to get used to stiff towels. With the washing we are much more focused on doing full loads and running the machine on economy mode which can add an hour to the cycle time. And where possible we do most washes on 30°C.
Turing off lights and being more efficient with the use of the washing machine and minimising the use of the tumble dryer has already helped drop weekly electricity use of the household. Its not a BIG decrease. It’s an incremental decrease. Combined it all helps.
There are some other marginal tweaks we can still do, but have not as yet: such as physically turning off things like TVs that appear off, but are in standby mode, unplugging laptop and phone chargers etc. Our next investment will be some smart plugs that show on your phone the energy usage of a given plugged in appliance – when I last checked there was no stock, these smart plugs have been flying off the shelves as people look to do what we have been doing and analyse power consumption.
Gas fuel cost
Our use of gas for heating is where we have seen the biggest savings.
Downstairs we have underfloor heating. Upstairs we have radiators. In the bathrooms we have towel rail radiators. Hot water is via a big insulated tank that is heated via an internal heating coil off the boiler. This is what has worked for us:
- Thermostats. We have a combination of room thermostats and on radiator thermostats. In all rooms we have lowered the temperature by -1°C. The exception was with our underfloor heating where in the morning we have increased the temperature by +1°C so the floor gives off heat for a longer period. The latter was suggested by our plumber when he was doing our annual boiler service in July 2022 and I was discussing with him the measures we were taking to cut cost.
- On-off times. The boiler has multiple circuits and each of these has a timer for controlling when each circuit comes on and off. We have tweaked the on-off times and have reduced the “on” time by about 2 hours per day on average across for all the circuits. The one circuit that had much more drastic action was the towel rail circuit which has been re-programmed to match usage times plus an hour, mornings and evening to dry out the towels.
- Boiler out-put temperature. We have saved cost by implementing the first two actions: by lowering the temperature we heat the house by 1°C and by reducing the time we heat the house for. We have further reduced the savings by tweaking the boiler out-put temperature – proceed here with care.
Our boiler is a Bosch Worcester Greenstar 8000 50kW condensing gas-fired boiler with a Siprotech low loss header. The low loss header is a key part of our boiler system design and increases the boiler efficiency by blending the temperature of the water flowing though the flow and return circuits. The out of the box, default boiler out-put temperature is 80°C.
Adjusting the out-put temperature is a fine balance as the boiler is juggling three different things:
– First its is heating the water in the hot water cylinder. The hot water in the tank should be between 55°C – 65°C. This is key for efficiency and health reasons. If the water in the hot water tank is BELOW 55°C then there is the potential of legionella bacteria in the system, and above 65°C it promotes scale. 60°C is the optimum temperature but your boiler needs to be putting out enough heat to factor in secondary temperature losses. This is not really an issue for us as the boiler and the hot water tank are adjacent to each other.
– Second is the underfloor heating. This is designed and functions best at around 55°C – 60°C and has an additional blending valves built into the manifold to ensure this. The blending valve will mix the flow and return temperature from the underfloor heating coils to ensure the correct balance. This means there is more heat coming back on the primary flow and can help the system maintain a close balance of heat between the flow and return.
– Third is the radiator temperature. Best efficiency is between 65°C – 75°C to ensure the radiators heat up quick enough to efficiently heat the space. Radiators in our house are only upstairs and as our house is super-insulated we gain from the fact that heat rises and the radiators upstairs only come on, for very short periods to boost the room temperature or fully on, on really cold days!
On top of this we have the winter season when the radiators and underfloor heating are on in addition to just the hot water. And, we have the impact of the outside temperature and how much additional heating is required to warm the house. It is a fine fine balance. We have opted for three states:
State One – Summer operation (underfloor heating and radiators turned OFF): To protect against legionella bacteria we reset the out-put temperature to 60°C. What we found was when you have a shower or a bath you now need less cold water for the mixer taps. The water in the tank is hot, but not as hot as it used to be – which means there is the potential of running out of hot water. What we have found is if we have guests staying and more than four in the house then we need to bump the boiler out-put temperature up to 65°C.
State Two – Winter operation (underfloor heating and radiators turned ON – outside temperature above 5°C): As the outside temperature drops to 5°C the mathematics for boiler heat output suggest we will need to increase the out-put temperature to 65°C to maintain the 20°C difference between the flow and return as the radiators and underfloor heating start emitting heat and that heat is transferred from the boiler to areas within the house.
State Three – Winter operation (underfloor heating and radiators turned ON – outside temperature below 5°C): As the outside temperature drops to freezing and the radiators and underfloor heating start emitting more heat we may need to bump up the out-put temperature to 70°C to compensate for the additional work of the boiler. Time will tell as we adjust theory with practical learning. - Room usage. I am not one for closing doors in the house. My wife thinks that is a West Indian thing! We have implemented a new set of protocols – when a room is not in use we close the door to maintain the heat within.
Health Warning – Boiler out-put temperature: Turning down the boiler out-put temperature can save you money but turning it down TOO much can:
- creates a health risk (legionella bacteria can form if the hot water in the tank is below 55°C).
- make the boiler less efficient and shorten its life.
- stop the heating system working if the design temperature differential between the primary and secondary circuits (especially in the middle of winter when the outside temperature drops below 5°C).
If you opt to tweak your boiler out-put temperature – proceed with caution! This is why we have opted for three states which all require a little manual intervention:
State One – Summer operation (underfloor heating and radiators turned OFF),
State Two – Winter operation (underfloor heating and radiators turned ON – outside temperature above 5°C), and
State Three – Winter operation (underfloor heating and radiators turned ON – outside temperature below 5°C).
Tweaking your boiler’s out-put temperature is a fine balancing act – proceed with care. If in doubt check with your boiler manufacturer or local boiler specialist.
Summary
These simple measures mean we have stabilised our energy cost increases and have maintained our energy outgoings at the March 2022 level. Unfortunately this is a once-off saving. We have now got most of the saving we can get out of our heating system.
Come March 2023 the only way to cut cost will be to turn-off the heating for longer periods and/or layer up more (which is hard for us tropical islanders).
Keep warm this winter.
I remember in 1973 when Petrol went to the astronomical price of Bds$1.00 (US$0.50) per gallon!
Most of my friends immediately brought either the Kawasaki 100 or Yamaha 125 motorcycle and used it every day and night.. I sold my car and used it for transport for a few years. Up to the early 1980’s I still used a bike for my work around Bridgetown.
It was normal to see many motorcycles outside the various nightclubs of choice and on our Sunday evening rides. One very independent girl, MH, got her own and was a very competent rider.
We could carry a friend to the drive-in cinema on motorcycles. Picking up a girl on a motorcycle was not considered strange. Those were good days.
Today I am amazed when I see security lights burning all day and cinema sized TV’s on and no one watching it.
Very useful article, and very informative. When we sufferred the initial energy crisis in 1972/3 we were forced to be inventive. I worked for a weekly premium collection insurance agency which neccessitated (sometimes) several back-calls to complete our individual debits. (Pay was a percent of collections)
In the face of the astronomical price rise, our regular gas station from whom we filled our tanks every single payday, declared that he did not know us, we were not on his books (as credit customers), and therefore could not be served there.
In that dire situation we found a station which offered us ONE tankful per week. We therefore talked to our clients, cut out ALL back-calls, placed every single working AND domestic travel transaction together on a route list, and most of our clients paid their premiums twice or once per month rather than weekly. In the end our agency was the most profitable in the Caribbean, made all of its targets, and its agents used far less gasoline than before.
I do not personally drive anymore, but I believe that modus should still work in 2022.
Just imagine, its been 50 years; I must be getting old.
Really interesting analysis…
You can almost eliminate tumble drying time by using solar and wind power to dry on an outside washing line.
On a sunny day with little wind, do a dark wash (remember black absorbs, white repels) on a day with even a small breeze do any wash, but especially towels as you will get soft and fluffy far beyond anything the tumble drier gives.
Also in summer reduce the spin speed on washer (and therefore energy use) hang damp (or even dripping wet) washing outside as the sun goes down and the drip/dry effect over night (no drying from sunshine) means that there will be no need to iron… same effect from hanging washing out on a very windy day… optimum towel fluff too.
Things dry best over a flagged area. If you are not sure if it’s going to be worth pegging out washing due to the weather (washing can sometimes be dried in light rain if there is enough wind) refer to the old Lancastrian saying….”is’t drying t’ flags” (translation: “are the paving slabs wet or dry”?)
PS I also recommend a silk neck scarf for keeping warm inside….surprisingly effective.
This is a brilliant, comprehensive review of all the things you can do to reduce energy consumption domestically … of course driving is a big drain as well … I used to be amazed by the difference between British friends with whom I sometimes spent a few days on a conference visit to Britain, and my brother and friends in Canada. In Britain my hosts wore thick sweaters and only put the heat on sometimes in October, at low 60°Fs (15°C-16°C) …. In Canada, my brother heated to Bajan temperatures, and lived indoors like at home … in shorts….
Thanks Henry. When we moved to the UK in 2014 having been based in Asia for 20+ years we too used to live like your brother with the house heated to Bajan temperatures. Under the new regime the house is cooler (20°C) but not cold and we wear a jumper and slippers/socks. And like your British friends we typically turn the heating on sometime in October and typically turn it off in March/April.