Buildings contribute a major part to global energy demand, and hence stakeholders in the infrastructure industry need to focus on this area of sustainability. As cities expand and more buildings are added, the need for power increases. Yet smart energy management strategies and technologies, like those led by companies such as Analytika, are among the factors that can allow them to turn this situation around or at least minimize it. This post will discuss energy usage in buildings, reasons behind higher consumption of energy, what can be done to improve efficiency and how Analytika services help optimize building performance. For expert guidance, contact Analytika.
Importance of Building Energy Efficiency
Buildings account for approximately 40% of energy used worldwide and contribute over one-third to global greenhouse gas emissions. Building energy consumption encompasses heating, ventilation and air conditioning (HVAC), lighting, water heating and appliances running. Climate change is gaining speed and, therefore, energy efficiency in new buildings has become a priority for governments of all ranks; it pays off (!!! The opportunity space in buildings is huge when it comes to energy savings. Buildings can cut energy usage by 20-30% simply through improved efficiency. Not only does this lower energy costs, but it also reduces the environmental factor in creating that energy (fossil fuels). contact Analytika today.
Top Contributors to Building Energy Usage
Several factors cause energy consumption in buildings, and it is important to check the following areas if you want your building/property to consume less:
HVAC Systems:
HVAC systems are the biggest users of energy in most residential and commercial buildings. In locations where the environment is more extreme, this can easily result in using energy wastefully because of systems which are poorly maintained or obsolete. HVAC systems need to be serviced and energy-saving technology should also be considered in upgrades.
Lighting:
Another huge energy consumer is lighting, especially in commercial buildings that are open late. Old-style lights (for example incandescent globules) devour more energy than present-day options, for example, LED bulbs. Efficient lighting alone could save you thousands of kW on your electrical bills across the board.
Building Insulation:
The level of insulation in a building is critical to how much energy it will require for heating and cooling. Many regions see high energy consumption to heat and cool homes that are made uncomfortable by leaking heating or cooling. By the way, better insulation and sealing leaks reduce energy use.
Automation systems:
Automation of lighting, heating and cooling in a building is one method by which buildings can be automated. Building automation systems (BAS) provide building owners and operators with greatly needed control of their facilities but sometimes are much like creating a better mousetrap. Yet, old or uncalibrated operations may start working in any energy-intensive work.
Occupant Behavior:
Human behaviour can contribute to a significant amount of energy use in buildings. Turning lights useless, adjusting thermostats to too-cold or too-hot temperatures (depending on the location), and running high-wattage appliances without needing all the increased energy used in a household. One way to reduce total usage is to ensure occupants know how to utilize energy more efficiently. Visit Analytika for Services
Tips to Lower Energy Consumption in Buildings
For the building operator to make significant reductions in energy expenditure, a combination of smart technology and energy efficiency practices is necessary. Top strategies include:
Energy Audits:
The first step in discovering where energy can be saved is performing a whole-home energy audit. Energy audits review how you are using energy today, and provide specific recommendations on where to save. Building operators can thus reduce waste by better-targeting solutions to inefficiencies.
Replacing older HVAC systems:
With new, energy-efficient options is one of the top ways to reduce building energy consumption. For example, using variable speed motors or smart thermostats combined with more advanced controls to manage the performance of HVAC systems could result in lower energy use without increasing discomfort among building occupants.
Set Up Building Automation Systems:
Today’s building automation systems can provide advanced controls for lighting, HVAC and other subsystems that enable the system to respond in real-time to occupancy levels, time of day or even the ambient weather. Analytika can be integrated with these systems to deliver in-depth visibility about how much power is used, where it goes and exposing areas of opportunity.
Upgrading to LED lighting:
Switching your lights to LEDs is the easiest way by a long shot you can save energy. Since traditional incandescent waste 90% of the energy that they consume for providing light, replacing these with LED lights could result in savings of up to 75%, and a long lifespan further subsidizes maintenance costs. Utilizing motion sensors and automatic dimmers will further improve these energy savings.
Enhanced Building Insulation:
Upgrades or improved insulation around the walls, roof and windows can help to prevent heat loss in winter while still maintaining a cool atmosphere when it is hot reducing on-peak demand for heating/cooling. This too reduces energy waste and drafts.
Integrating renewable energy sources:
Such as solar panels into building systems can be logical future steps to reduce the impact on our buildings. It does, however, come with a large upfront cost which will pay off over the long run in reduced energy costs as well as reduce our consumption and reliance on fossil fuels leaving behind a cleaner carbon environment.
Analytika by Cimetrics: Tracking and Optimal Energy Usage
Analytika is a cloud-based analytics platform from Cimetrics that provides deep insight into the performance of building systems. It delivers immediate energy consumption feedback and reveals opportunities for tightening operational processes to minimize resource use, bolstering efficiency on operator levels. Contact us today.
Analytika Continuous Monitoring:
A significant part of what Analytika does is how it continuously monitors and collects data by accessing your building systems. The result is that building managers have real-time data about how their facility uses energy, so they can identify these efficiencies as soon as they happen rather than having to wait until an outside energy audit. The timely adjustments are key for preventing energy waste and ensuring consistent, optimal performance from the building.
Analytika: With more than 2,500 fault detection algorithms
Analytika flags system anomalies capable of wasting energy. From scrappy HVAC units to defective equipment, Analytika’s fault detection capabilities unmask problems before they spiral out of control and become expensive headaches.
Recommendations for Saving Energy:
Analytika does not only detect inefficiencies, but it also recommends how to save energy. These recommendations go from simple changes like setting the thermostat, to major investments such as buying new equipment in energy-efficient systems. Implementing these steps will gain building operators significant savings in the long run.
Conclusion:
In conclusion, energy usage in buildings is a major factor affecting both operational costs and environmental impact. Utilizing smart energy management tools and adopting technology such as Analytika by Cimetrics, building operators can maximize usage of the lightest form of carbon fuel reducing costs whilst cutting back on unnecessary fossil fuels. There are a lot of ways to save energy in anything from doing an Energy Audit under varying metrics and implementing changes to upgrading building systems or even integrating renewable sources. Get in touch with Analytika.
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