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This article explains what "energy management" is, why it's important, and how you can use it to save energy. When it comes to energy saving, energy management is the process of monitoring, controlling, and conserving energy in a building or organization. Finding opportunities to save energy, and estimating how much energy each opportunity could save. Tracking your progress by analyzing your meter data to see how well your energy-saving efforts have worked. To confuse matters, many people use "energy management" to refer specifically to those energy-saving efforts that focus on making better use of existing buildings and equipment. The above four-step process applies either way - it's entirely up to you whether you consider energy-saving measures that involve buying new equipment or upgrading building fabric. It's something that energy suppliers (or utility companies) do to ensure that their power stations and renewable energy sources generate enough energy to meet demand (the amount of energy that their customers need). It's used to refer to techniques for managing and controlling one's own levels of personal energy. It also has relevance in aviation – it's a skill that aircraft pilots learn in some shape or form. Anyway, from now on we will pay no more attention to these other definitions - all further references to "energy management" will be to the energy-saving sort described above. Whilst energy management has been popular in larger buildings for a long time, it has only recently started catching on in homes. But the monitoring- and results-driven approach used by professional energy managers is just as effective in the home as it is in larger buildings.
So, if you're a homeowner looking to save energy, don't be put off by the fact that this article focuses more on non-residential buildings. Reduce our dependence on the fossil fuels that are becoming increasingly limited in supply. Reduce carbon emissions and the environmental damage that they cause - as well as the cost-related implications of carbon taxes and the like, your organization may be keen to reduce its carbon footprint to promote a green, sustainable image. The old school approach to energy-data collection is to manually read meters once a week or once a month.


The modern approach to energy-data collection is to fit interval-metering systems that automatically measure and record energy consumption at short, regular intervals such as every 15-minutes or half hour.
Detailed interval energy consumption data makes it possible to see patterns of energy waste that it would be impossible to see otherwise. The detailed meter data that you are collecting will be invaluable for helping you to find and quantify energy-saving opportunities.
The easiest and most cost-effective energy-saving opportunities typically require little or no capital investment.
For example, an unbelievable number of buildings have advanced control systems that could, and should, be controlling HVAC well, but, unbeknown to the facilities-management staff, are faulty or misconfigured, and consequently committing such sins as heating or cooling an empty building every night and every weekend.
And one of the simplest ways to save a significant amount of energy is to encourage staff to switch equipment off at the end of each working day.
And, using your detailed interval data, it's usually pretty easy to make reasonable estimates of how much energy is being wasted at different times. Estimate the proportion of that energy that is being wasted (by equipment that should be switched off).
Using the figures from a and b, calculate an estimate of the total kWh that are wasted each weekend. Walk the building one evening to ensure that everything that should be switched off is switched off. Look back at the data for that evening to see how many kW were being used after you switched everything off.
Multiply the kW savings by the number of hours over the weekend to get the total potential kWh energy savings for a weekend. Also, most buildings have open to them a variety of equipment- or building-fabric-related energy-saving opportunities, most of which require a more significant capital investment.
Although your detailed meter data won't necessarily help you to find these equipment- or building-fabric-related opportunites (e.g.
For those energy-saving opportunities that require you to motivate the people in your building, our article on energy awareness should be useful.
As for those energy-saving opportunities that require you to upgrade equipment or insulation: assuming you've identified them, there's little more to be said.


If you've invested money into new equipment, you'll probably want to prove that you've achieved the energy savings you predicted. If you've corrected faulty timers or control-equipment settings, you'll need to keep checking back to ensure that everything's still working as it should be.
Our article on energy-performance tracking explains how best to analyze your metered energy data to see how well you're making progress at saving energy.
At the very least you should keep analyzing your energy data regularly to check that things aren't getting worse. But ideally your energy-management drive will be an ongoing effort to find new opportunities to target (step 2), to target them (step 3), and to track your progress at making ongoing energy savings (step 4). If you found this article useful, might you consider telling your colleagues or mentioning it on your website?
See how businesses and other organizations can use Energy Lens to help manage their energy consumption. Reducing waste means not producing as much waste in the first place.The Waste Hierarchy shows the ways that we can deal with our waste.
For example, if aluminium cans are not used to make new ones, non-renewable bauxite must be mined to manufacture new aluminium cans.Reducing, reusing and recycling waste also reduces the risk of climate change. For example, you can reduce food and garden waste by composting it to make a soil conditioner that helps your flowers and plants to grow. If food and garden waste is not composted, it usually breaks down without enough air which produces greenhouse gases that contribute to global warming.Reducing, reusing and recycling waste also reduces the need for landfill. Although there may always be a need for landfill, this is not a sustainable method of managing our waste in the long term as there is a limit to the amount of space available in the UK for landfill. How can we reduce waste?There are lots of ways that you can reduce the amount of waste you produce in school. You can reduce the amount of garden waste and food waste that you put in the bin, by putting it in a compost bin instead.




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