With the steady increase in electricity tariff and cost of fuel, it becomes imperative to reduce your energy consumption hereby saving you thousands of naira in electricity bills which can be put to good use with other things.
Welcome to another episode of energy talk with Solarity, we hope to solve most of your energy related challenges.
The average Nigerian pays over 60,000 to 100,000 naira a year for electricity. This means that electric bills alone can take upwards of 5-10 percent of a person’s income. Unfortunately, there are hundreds of things involved in one simple bill. And figuring out exactly what to focus on is the most difficult part of lowering your monthly energy costs.
You can tremendously reduce your electricity bill by having an energy-efficient household this means reducing your energy consumption by using efficient appliance and energy-savings strategies. An example is to swap out incandescent light bulbs with compact fluorescents (CFs) or LEDs, and boosting insulation levels in your home.
Energy efficiency is always the most affordable and environmentally sound place to start when approaching renewable energy. Experts estimate that for every naira you spend on efficiency improvements, you can save N3 on the long run. So where is your money best spent?
A 2020 study by Vanpeux global Synergy Limited identified seven major household energy uses:
- Space Heating—29%
- Space Cooling—17%
- Water Heating—14%
- Other (stoves, ovens, microwaves, coffee makers, dehumidifiers)—11%
- Electronics (computers, monitors, DVD players, TVs)—4%
Recommendation on energy conservation
- Energy conservation works together with efficiency, changing your energy-use behaviors (for example, turning off the lights when you leave a room, or adjusting the temperature of the air condition at night). Apply the basic principles of conservation and efficiency to all of your energy choices.
- Since space heating and cooling take such big bites out of the energy pie and in turn your energy bill, Energywatchng recommends improvement in your home’s insulation and reducing air infiltration can be a smart first strategy. Sealing draft-prone areas, the points at which dissimilar building materials converge or the building envelope is penetrated, reduces uncontrolled air infiltration. Combine this with increased insulation, and upgraded window and doors, and you can reduce the amount of heating, ventilation, and air-conditioning needed to sustain a comfortable household temperature throughout the year. Passive strategies, such as solar retrofits, movable shading devices, and/or strategically placed landscaping, can also provide energy-saving benefits when it comes to heating and cooling your home.
- Some strides have been made in more efficient water heating, including better-insulated tank-style heaters (both gas and electric) and the much newer “hybrid” water heaters that feature heat-pump technology. For retrofit situations, consider adding extra insulation to your pipes and tanks to reduce energy losses. Solar hot water systems can also drastically improve a home’s water-heating efficiency, cutting your water-heating bills by 40% to 80%.
- Upgrading to energy-efficient appliances and electronics can greatly improve your household’s energy efficiency. From LED lamps to horizontal-axis washing machines, many gains have been made in reducing energy use. Before you start shopping, surf the Energy Star website to find the most efficient appliances that will suit your needs. Most especially your appliances you run longer like your TVs, refrigerator etc.
- Higher-efficiency lighting—mostly in the form of LED lamps—has begun to enter the mainstream, with quality bulbs readily available. Compared to their incandescent counterparts, LED lamps use one-tenth of the energy and last up to 40 times as long. They contain none of the hazardous mercury present in compact fluorescent (CF) bulbs, but are more expensive than CFs.
- Last but not least, you can identify the energy-wasters—known as phantom loads—in your home. Unfortunately, many household electronics—even when “off”—constantly draw energy. Unplugging them, putting them on plug strips that can be switched off, or using dedicated switches can defeat these phantom loads and provide additional energy savings.