In this tech demo you’ll learn about Planon Connect for Building Advisor, which is an integration between Schneider Electric’s EcoStruxure™ Building Advisor and Planon’s IWMS.
4. Mobile solutions
Maintenance engineers need access to their work anytime and anywhere, both in connected areas and places without internet. CMMS mobile maintenance supports field engineers in executing their daily work efficiently. Engineers can use their mobile device or smart phones to select their next job, read specific work instructions, query asset-specific information, capture time and materials used, complete a job, and add a customer sign-off. Mobile maintenance includes health and safety checks and dynamic risk assessments to ensure compliance with legislation and to reduce any risks involved.
5. Monitoring and analysis
To ensure efficient maintenance, monitoring dashboards and analysis help maintenance managers to identify potential cost savings and improvement opportunities. Implementing a CMMS gives you a broad range of management dashboards and key performance indicators (KPIs) to analyse the performance of your assets and effectiveness of your maintenance programmes and investment. Online dashboards also allow you to monitor and evaluate the performance of providers, to determine if they meet contracted service level agreements (SLAs), uptimes, times to complete, costs and quality. These dashboards give maintenance planners immediate insight into actual operations, potential risks, and deviations in work execution.
If you would like to learn more about Planon’s CMMS solutions, contact us to request a demo.
How to save costs by avoiding maintenance?
Reactive maintenance work, mostly caused by asset failures or maintenance backlogs, is expensive because it is not planned or budgeted but needs immediate action. Time based maintenance systems allow maintenance experts to plan and execute maintenance activities based on warranties, qualitative requirements, or compliancy and legislation. This type of time-based maintenance significantly reduces reactive work, including the corresponding costs.
However, more than 40% of this planned maintenance is still not executed on time, either too early or too late. Too late causes expensive reactive work, too early is a waste of investment and time. A Computerised Maintenance Management System ensures a timely execution of maintenance work with objective asset condition assessments. Once the actual condition of an asset is assessed and scored, a CMMS automatically calculates and schedules the required maintenance. Extensive maintenance libraries of activities, deterioration curves, and cost catalogues feed the CMMS software with data and intelligence to ensure just-in-time maintenance execution.
The ultimate just-in-time maintenance is supported with real time tracking of actual assets status and data. Intelligent buildings and smart assets are connected to your IT network and send data about production hours, failure status, production numbers, and energy consumption in real-time to your Computerised Maintenance Management System. Based on preset thresholds or historical information, the CMMS software can accurately forecast relevant maintenance jobs, their costs, and timing.
A truly holistic view can help you avoid unnecessary maintenance and reduce associated costs. When combining your CMMS functionality into an Integrated Workplace Management System (IWMS), you can analyse maintenance relevancy related to your real estate strategy, space occupancy, user behaviour, or sustainability targets. Why maintain a building that will be demolished? Why maintain HVAC equipment in spaces that are not occupied? Why not reduce maintenance effort by combining energy measures with preventative or condition based maintenance? This holistic and integrated view of maintenance is the key to success for cost efficiency, business continuity, and a sustainable maintenance strategy.
In capital-intensive industries such as utilities, manufacturing, pharmacy, healthcare, and real estate, physical assets form a significant portion of the organisations’ capital and investment. Any failure is disruptive and extreme costly. In addition, the management and maintenance of assets must comply with stringent occupational, environmental, and safety regulations.
Enterprise Asset Management (EAM) software and Life Cycle Asset Management (LCAM) tools support organisations in maximising the return on investment from their asset repository by increasing asset productivity and minimising total costs of ownership. These costs include assets design, acquisition or replacement, operations, maintenance and demolishment. In most cases asset operations (including energy consumption) and technical maintenance reflect over 80% of these lifecycle costs. That makes a Computerised Maintenance Management System a core functionality of Enterprise Asset Management as it:
- provides decision support information on whether it is more cost-effective to continue maintaining or replacing a failing, high cost, or less productive asset
- schedules time-based or condition-based preventative maintenance activities that can be prompted by automated triggers such as production hours, consumption metrics, or technical conditions
- supports a full asset lifecycle documentation including maintenance instructions, health and safety procedures, warranties, maintenance, and costs history
- ensures the proper execution of both preventative and reactive maintenance, including resource scheduling, work order dispatching, mobile support for field engineers, and monitoring time, budget and quality
- supports analysis of any asset or equipment regarding costs, performance, reliability, downtime, utilisation, time to repair, and forecasted maintenance
In Facility Management and Real Estate, CMMS functionality is in most cases embedded in an Integrated Workplace Management System (IWMS). These solutions include EAM related processes aiming at FM and RE related assets such as buildings, workplaces, technical equipment, and installations.