Energy Savings in Office Buildings


The demand for energy keeps growing due to continued increase in global population. This in itself is a good thing because more demand for energy consumption signifies a positive trend for the economy which ultimately is a public good. However, because the cost of energy generation is expensive, it behooves we employ the best methodologies and approaches that are cost reflective in generating and consuming energy. In as much as energy is a public good, its wastage must be curbed, and the environment must be preserved and protected from bad exploratory effects of generating energy through environmentally hazardous means.

Also, activities that are economically led by accounts consume a good amount of energy generated globally. This is because our means of manufacturing, production, and rendering of services requires energy. Therefore, the need to use less energy to perform the same task goes a long way in reducing pollution and making our world environmentally safe. In order to reach these sterling objectives, we need to invigorate the energy-saving techniques. That is why this write-up has carefully highlighted the possible ways of saving energy in office building.

The Use of Natural Light Orientation Can Save Energy

This method employs the use of natural light such as sunlight to replace electric lighting. Daylight apertures such as skylights and windows help to achieve such illumination that would have come from electric lighting. Although, it is best that during the design for office buildings, such designs take into consideration, the way of avoiding direct sun to occupants’ eyes. Apart from windows, blinds, shades that are also being used, heat is regulated. The amount of heat regulated also accounts for the architecture and the interior finishes which depending on the color may reflect or absorb sunlight.

Without the use of electric lighting in a natural light orientation, a day lighting that is optimized and can increase system performance is possible. Be it view provision to occupants or daylight delivery, a window can perform such functions such that electric lighting is not needed. Because a window with a high head height gives a deeper space daylight penetration, daylight windows are normally minimally recommended being above 7 feet to ensure that natural illumination is well explored.

The use of exterior shading like light shelves, horizontal louvers especially during hot climates will help in the diffusion of natural light before it finds its way into the building. In addition, some materials can help boost daylight while strategies like side lighting help in ventilation and views facilitation. 

A good lighting control save energy in office buildings.

A good lighting control has been found to be an excellent energy saver. Here, a central computing device is needed to fasten communication between systems inputs and outputs. This system can be employed for office buildings that intend to conserve energy and it summarily provides the precise amount of lighting that is needed at a particular time and area. They are referred to sometimes as smart lighting because of their usefulness in maximizing energy savings. In order to be able to control lighting, the use of devices such as sensors, time clocks, touchscreen and photocells are important.

Lighting control has two types, analog and digital. In office buildings, the automatic dimming and switching of electric light to curb wastage and maximize daylight ensures that energy is greatly useful. A lighting system that can use a Bluetooth connection has been developed which certainly eliminates the use of data connection for lighting control. Find out more by checking out this source.

One great thing about lighting control systems is their ability to adjust a lighting device output. Whether it is a time of the day, sunrise, occupancy, program logic or alarm, it has the ability of adjusting to the device.

Climate Conditions Can Help in Saving Energy in Office Buildings

Seasons determine energy usage. For example, during the winter, it is known that people consume more energy because energy is required for heating. And more so because people usually stay indoors during these times, the urge to consume energy in the manner of switching on lights and turning on of electrical appliances goes way high. Notwithstanding these, it may be an automatic way of saving energy in office buildings.

During these times, people are known to explore the ‘work from home” mantra, therefore contributing to less personnel in the workplace. Because of the inclemency of weather at times, it may even debar people from getting to their workplace early. When all these permutations are considered, climate conditions can save energy for office buildings.

There are times whereby the urge for energy consumption increases. The balancing is required in such a way that when climatic conditions favor low energy consumption, they are maximized. Following the same logic, when climate conditions require high energy usage, they are minimized. These steps will go a long way to saving energy for office buildings.

The use of energy-efficient appliances also saves energy in office buildings

Thank goodness for the development of science and technology which has helped us to greatly ration our energy usage. The generation of energy for human usage is not a simple process. And because so many stages, devices, equipment and resources are required to bring energy to the door step of consumers (part of which office buildings are categorized), the task of reducing energy consumption has become inclusively enormous for both energy providers and consumers.

At the workplace, the use of energy-saving devices that require low energy consumption has been advocated by energy efficient engineers. At best air conditioners, electric bulbs, office equipment that are energy efficient, are available for sale which can be used in office buildings. This is important on two fronts.

One, energy is conserved and wastage is curbed. That is, a task that is performed for a certain energy requirement is now performed for a lesser energy requirement and productivity is yet not diminished. Secondly, it makes more room for energy accessibility to those that actually need energy for other important uses. This is to say that rather than have energy insufficiency which may negatively impact others, more energy is available and can be dissipated to others.

In a way, the golden objective of ensuring energy availability is in a way enhanced through the use of energy-efficient appliances. When we make use of these appliances that are energy efficient, we tend to help energy systems achieve reliability and efficiency, while, on the other hand, we tend to help energy systems limit system disruptions.