Real-time data and analytics in a user-friendly dashboardĪkila gives facility and portfolio managers a central location for all this data, with clear carbon and energy-efficiency assessments from the level of whole portfolios, individual facilities (very important for benchmarking if you have a large portfolio) and individual chillers, boilers., etc.īecause Akila tracks your data in a live feed located right in the dashboard, alongside analytics, users can look at energy use across any time frame, with any level of granularity.
Historical data: any records already existing, energy billing records, historical meter data etc.There are two main ways to set a baseline, and Akila integrates both through our simulation technologies and energy-specialist network. Set a comprehensive, digitalized baseline This means that whether users are reporting emissions for local government compliance, or to global HQ in another country, your data will be valid, verified and recognized.
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The Energy Savings Tracker is designed for systemic compliance with the standards of IPVMP (International Performance Measurement and Verification Protocol), which is considered the international gold standard for energy efficiency projects. In fact, the team at Akila just upgraded Energy Savings Tracker’s feature set, enabling Akila users to have a dramatically more accurate, granular and streamlined view of their energy savings data.
There is a better way and it is already operational on the Akila platform. Akila’s Energy Savings Tracker: a smarter, simpler way to measure impact Accuracy in this system comes down to human effort and talent, which comes under more and more strain as the number of assets, systems and facilities being measured grows. Hard to validate and spot errors: Simply put, spreadsheets have no smart or automated way to validate the accuracy of the data they contain and major limitations on automated updating of data. This can be done in a spreadsheet, but it’s hardly user-friendly and done less often for just this reason. Energy inefficiency may still be spotted, but only after a period of unnecessary waste and carbon production.ĭifficulty scaling: Without the right platform, each measurement you add requires an upping of time and resources, while also increasing the risk of error (see the below).ĭifficulty zooming in: It’s one thing to see overall consumption, but what about pinpointing or comparing performance in individual pieces of equipment. This is far from ideal and creates a number of vulnerabilities for project managers and their companies:ĭelays between measurement and action: The complexity and slow speed of data collection and entry limits companies to only periodic measurement and analysis of their data. Spreadsheets aren’t up to the jobĪs much as data technology has advanced, a surprisingly high percentage of energy optimization projects are still recorded and measured through Excel or a similar spreadsheet program. This is precisely the type of challenge Akila and its Energy Savings Tracker is designed to overcome. The fact is that many companies with the best of intentions remain held back by the limits of their data measurement and validation infrastructure. This is no small task considering the number of systems, pieces of equipment and the sheer volume of the data involved. Then, there is the matter of systemically measuring the impact of changes you have made. But practical experience shows that many companies with the best intentions and most ambitious targets often fall into traps along the way to optimization.įor starters, there is the initial challenge of getting a verifiable baseline of energy consumption – a measure of how much energy your facilities, assets and equipment are consuming before the energy optimization project kicks off. What doesn’t get measured doesn’t get managedĮveryone knows that energy savings and carbon-cutting go hand-in-hand. Live data collection, with continual feed into user dashboard and analytics.Granular (equipment-level) measurement of energy use and savings.Automated calculation and display of carbon impact.Designed according to internationally recognized standards (IPMVP).
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