An AI energy data tool Book a demo Do you have too much data, and not enough time to analyse it? Artificial intelligence (AI) is your solution. Take control of your data with our AI data processing tool AMR DNA, powered by kWIQly. What does AMR DNA do? AMR DNA uses AI to crunch utilities consumption data collected from automated meter readings (AMR) and spot waste patterns. It progressively ‘learns’ what your optimal utilities performance looks like, and then delivers tailored recommendations to reduce consumption and save money. Based on the experiences of users, AMR DNA delivers typical average savings opportunities of 25% in gas and up to 15% in power. How does AMR DNA work? As a building uses energy or water, several ‘fingerprints’ unique to it emerge. Some of these fingerprints provide evidence for specific problems – we see these as savings opportunities. Utilities meter data is collected automatically every half hour via AMR and then processed by AMR DNA, which searches data using AI pattern recognition. This identifies problem areas and recommends corrective action, taking variables like weather conditions, Daylight Saving Time, and hours of operation into account. Over time, AMR DNA ‘learns’ the optimum building efficiency model. AMR DNA scans over 50 KPIs to map a building consumption profile. It monitors the outcomes of recommended actions and presents the data in an easy-to-use workflow. By analysing data in this way, AMR DNA can identify waste and send an automated alert. Benefits include: carbon, water and energy waste reduction, leading to improved productivity an early alert system which reduces risk improved forecasting and an enhanced buying process. Who can benefit? AMR DNA can benefit almost every medium to large-scale organisation, especially ones with multiple sites. It can also act as a key scenario planning tool for if business need to rescale. The system also adapts to certain changes, for example if a site moves to 24-hour operation. This means that only events outside the new ‘normal’ will be flagged. AMR DNA is ideal for: public sector bodies e.g. local authorities, hospitals, and schools large retail / SME chains wholesalers hospitality businesses e.g. hotels leisure companies e.g. pubs, restaurants, gyms offices Saving you time and money Next gen systems We’re always innovating and investing in technology that’s scalable, future-proofed, and bespoke to the services we offer. Transparent, competitive quotes We’ll give you a full itemised breakdown so you can compare ‘apples with apples’, with no hidden costs. Market-leading data and analysis We offer highly sophisticated data tools, including AI data processing, comprehensive dashboards and a reporting library. We can also provide full data validation, tolerance checks and alarms for unusual patterns. A proven track record ROI for Central England Co-operative over 3 months. The London borough of Merton identified energy waste valued at £25,000 within just 15 minutes of employing a AMR DNA. Universities across Britain cut energy costs in buildings by as much as 30%. Read our case studies “Thanks again for providing the AMR DNA assessment report. This type of analysis is very useful as it is so time consuming for me to do, and it is especially important during this time of large change in energy use.” Susan Brown Energy and Environment Officer, College of West Anglia Book a free demo Request a quote Post navigation ServiceService
Next gen systems We’re always innovating and investing in technology that’s scalable, future-proofed, and bespoke to the services we offer.
Transparent, competitive quotes We’ll give you a full itemised breakdown so you can compare ‘apples with apples’, with no hidden costs.
Market-leading data and analysis We offer highly sophisticated data tools, including AI data processing, comprehensive dashboards and a reporting library. We can also provide full data validation, tolerance checks and alarms for unusual patterns.
The London borough of Merton identified energy waste valued at £25,000 within just 15 minutes of employing a AMR DNA.
