As global energy consumption grows and the environmental consequences of this growth become more pronounced, there has never been a greater need for energy-efficient products. As a whole, EPS takes the holistic approach to address these goals by delivering solutions that impact building performance value and waste reduction while controlling how your energy is consumed. Find out what the essential qualities of EPS are and how Analytika by Cimetrics is key to businesses looking to increase their clean energy efforts and slash costs while making positive contributions toward environmental sustainability.
Energy Performance Services – Overview
Typically, EPS are delivered through a blend of consulting and delivery services, including system upgrades, ongoing monitoring, and management to proactively fix inefficiencies. The end game is to use conservative campus-wide energy and operational savings to validate environmental targets and slighted nudge engineering for better building occupant comfort and productivity. 
EPS Key Components
Virtually the effectiveness of EPS lies in its comprehensiveness. Here are the main facets that lay down the foundation for energy performance optimization:
Energy Audits and Assessments
Energy audit is the entry point of every EPS offering. From a comprehensive retrospective on how much energy is consumed in a building, and where that energy could be better utilized. These audits will identify systems per se that need improvement, ranging from improved equipment, improved management practices and/or different employee behaviors.
Building Automation and Control Systems
More sophisticated building automation systems (BAS) enable organizations to monitor and control energy-intensive HVAC, lighting, and refrigeration systems in real-time. These systems are designed to use data obtained from the various sensors placed throughout a building, which then helps it operate more efficiently, reduce energy wastage, and improve indoor climate.
Predictive Analytics and Maintenance Predictive analysis
Here data analytics is used to predict when equipment failure may occur so that repairs can be made proactively; Analytika uses predictive analytics to help keep your business running smoothly and efficiently by preventing unplanned downtime, increasing equipment life, and saving on the energy waste found in malfunctioning systems.
Automated Fault Detection and Diagnostics (FDD)
The cornerstone of Analytika’s solution is its unique FDD technology that uses over 2000 proprietary algorithms to continuously monitor and analyze building systems. The platform detects the issues and areas that are not performing well or consuming more delay, giving complete details of what has been wrong and providing non-technical information with pictures of how to fix it. For example, finding a malfunctioning valve that causes an HVAC system to operate inefficiently in still possible long before the equipment fails the next morning – and burns out from being run into continuous low mode all night. One key aim is to reduce energy waste by making sure energy is used more efficiently with as little waste as possible; Improve systems life: FDD keeps small issues from becoming big and expensive system failures. Reduce cost: Identify fail points taking place early in the process and can schedule repairs at a time which doesn’t involve additional hours or emergency maintenance fees.
Predictive Analytics and Big Data
Predictive analytics is also a powerful tool being used by Analytika. Analytika allows organization to forecast when systems will be due for maintenance or replacement by gathering and analyzing data from countless sensors. This could be, for example, if a compressor in an HVAC system is on the verge of failure (according to its operational data) — the system will notify facility managers and provide them an opportunity to fix what is not broken. Analytika is also using Big Data to learn energy consumption patterns and find improvement grounds. Organizations need historical performance data to: Measure energy efficiency against industry standards Fine-tune System settings: Enable operational excellence to be the very best it can be based on in-flight learning. Anticipate energy demands by utilizing predictive models to inform infrastructure adjustments.
Global Energy Management
Another unique aspect of Analytika is the ability to evaluate energy performance from an enterprise-wide viewpoint. Analytika acts as a single, cohesive platform for any organization that oversees multiple buildings or facilities to monitor and improve energy performance across its sites. This fully aligns with saving energy and lowering carbon emissions for large firms, government agencies, or institutions.
Safe Harbor Big-Data Collection and Storage
As smart building systems are deployed more and more, data security is becoming a top-of-mind issue. Through Analytika and this data collection storage mechanism, the security of sensitive information (privacy) is now secure all while allowing for extensive analytics. Its scalable platform is able to deal with data from 1000s of buildings, which makes it well suited for large enterprises.
Case Studies:
Energy Performance Success Stories BTEC clients have enjoyed extraordinary improvements in energy performance by including Analytika as part of their EPS strategy. Below are two examples:
University Campus
A university utilized Analytika to overlook the HVAC systems of its several buildings. The system uncovered numerous inefficiencies within no more than a year and brought down overall energy consumption by 20%, saving huge amounts of money. The predictive maintenance capabilities of Analytika helped the university prevent equipment breakdowns at high use times.
Commercial Office Building
A major office building in the financial district that used Analytika to track energy performance and detect faults at any point. And ultimately, the system cut energy use in the building by 15 percent: thanks largely to optimizing HVAC and lighting systems. This provides the building facilities management team with ongoing insights into performance—enabling them, for example, to ensure a better environment inside without compromising overall energy usage.
Conclusion:
The Future of Energy Performance Services Energy Performance Services are an integral part of the global trend towards more sustainable and energy-efficient buildings. These developments enable organizations to get ahead of their energy use with proactive methods like those offered by Analytika by Cimetrics, and also help achieve sustainability and cost-reduction imperatives. As the drive for smarter, more energy efficient buildings continues, EPS is set to be pivotal in maintaining high levels of energy performance, operational efficiency and environmental protection. Through the use of leading-edge fault detection, predictive analytics and enterprise energy management tools, Analytika is paving the way for exceptional advances in energy performance offering organizations unprecedented new levels of improvements in efficiency savings and sustainability consumption.
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