The success of any business depends on its assets, which might range from software applications customised to a company’s specific requirements to infrastructure or machinery. How these assets are maintained throughout their lives is one of the most crucial strategic choices a business decision-maker can make.
Asset lifecycle management, or ALM, is an essential component of any business, regardless of size.
In this article, we explore how to build an effective asset lifecycle management strategy for your business.
Understanding Asset Lifecycle Management
Over the course of its life, every asset a business purchases passes through six major stages that call for meticulous maintenance planning and management strategies in order to give its owners a high return on investment.
Key Takeaways
- Asset lifecycle management is a process that aids in the optimisation of business asset performance, heightening the real value of assets throughout the entire lifecycle and reducing maintenance costs.
- It requires a well-defined ALM strategy, and it leads to effective asset management planning and execution.
- Applying ALM best practices is a wise strategy for businesses to minimise risks, extend asset lifespans, and improve long-term operational efficiency.
Why Your Business Needs an Asset Lifecycle Management Strategy
After investing your hard-earned money in the purchase of assets, it is critical to maintain their optimal performance for as long as feasible. Your company can get a number of advantages from systematising and implementing an efficient asset management plan, such as the following:
It offers Lower Maintenance Costs and Downtime
Regardless of complexity, you can keep an eye on assets in real time.
Businesses may now carry out cost-effective preventive maintenance, stepping in before a crucial item fails and averting expensive downtime, by combining asset information, made possible by the Internet of Things (IoT)) with strong analytics capabilities.
It Gives the Scalability of Recommended Practices
In order to estimate, schedule, and optimise all daily maintenance chores and long-term repair needs, modern asset lifecycle management techniques combine state-of-the-art technologies with rigorous, methodical approaches.
It Enhances Compliance
Regardless of where assets are situated, abide by the laws governing their management and operation. The needs for data management and storage differ greatly between nations and are always changing.
It does not matter where data is kept, you can avoid expensive fines by keeping an eye on assets in a methodical, planned way that guarantees compliance.
It Simplifies Maintenance and Operations
The asset lifecycle management strategy reduces the possibility of equipment failure, foresees malfunctions, and, when feasible, carries out preventative maintenance.
By providing managers, operators, and maintenance specialists with real-time access to equipment status and workflows, modern EAM systems significantly enhance their ability to make decisions.
It Improves Coordination among Business Divisions
The latter has the ability to optimise management procedures based on more than just a piece of equipment’s condition. These variables may include worker safety, anticipated downtime and its effects on the company, available resources and any possible security threats related to the repair.
How Does Your Business Build an Effective Asset Lifecycle Management Strategy-Best Practices
We can see that many companies use enterprise asset management, along with a robust computerised management system (CMMS) and sophisticated asset tracking capabilities, to manage their most valuable assets due to the growing complexity of asset maintenance and the technologies needed to create an efficient maintenance strategy.
Let’s explore the best practices of creating an effective asset lifecycle management strategy in the section below:-
Strategy 1- Opting for Preventive Maintenance
Since it can suggest maintenance actions based on past performance data and current performance indicators, preventive maintenance helps avoid an asset’s unplanned breakdown.
In short, it is about making repairs before things break.
Today’s best asset lifecycle management techniques optimise maintenance and lower dependability risks to plant or business operations using machine learning, operational data analytics, and predictive asset health monitoring. It is clear that stable operations, compliance, and the resolution of production-impacting problems before they arise can all be achieved with the use of EAM systems and a CMMS built to assist preventative maintenance.
Strategy 2- Employing a Robust Enterprise Asset Management System
As part of an asset lifecycle management plan, enterprise asset management systems (EAMs) integrate asset management software, systems, and services to extend asset lifespan and boost productivity.
Many rely on EAMs to provide real-time asset monitoring and maintenance recommendations.
Top-performing EAM systems track the performance of assets and keep track of important details like when they were bought, when they were last fixed, and how much they cost a company over time.
Strategy 3- Advanced Asset Tracking
Another crucial element of an asset lifecycle management approach is asset tracking. Asset-tracking skills have also improved recently as a result of technical advancements, much like EAM and CMMS. These are a few of the best asset tracking technologies on the market right now.
- QR Codes: Similar to their predecessor, the universal barcode, QR codes offer fast and precise asset information. However, they are two-dimensional and easily visible from any angle using a smartphone, in contrast to barcodes.
- Radio Frequency Identifier tags (RFID): RFID tags use Bluetooth and radio-frequency signals to communicate information about the asset they are linked to. They are capable of transmitting a variety of crucial data, such as the position of an asset, its temperature, and even the humidity of its surroundings.
- WiFi-Enabled Tracking: Similar to RFIDs, WiFi-enabled tracking devices keep an eye on a variety of helpful data about an asset, but they are only functional when the asset is in close proximity to a WiFi network.
- Global Positioning Satellites (GPS): An asset equipped with a GPS system is equipped with a tracker that transmits data to the Global Navigation Satellite System (GNSS) network. The method allows managers to track an asset in real time from anywhere in the world by sending a signal to a satellite.
Strategy 4- Purchasing a Computerised Maintenance Management System (CMMS)
Computerised maintenance management systems (CMMS) are software applications that, by maintaining a database of an organisation’s maintenance operations, assist in extending the life of assets.
One of the most popular benefits of CMMS is its capacity to find opportunities for companies to do regular preventative maintenance on their most valuable assets.
Consolidating All Asset Lifecycle Management Strategies via TigernixEAM
TigenixEAM is an Industry 4.0-powered Enterprise Asset Management System that combines all asset lifecycle management mechanisms under one platform. Whether you are a small, mid-sized or mega-scale enterprise, you can always protect your assets, get real-time insights into them, maintain them, and keep an eye on their overall lifecycle 24/7 using TigernixEAM’s dashboards.
Our software solution is driven by AI, IoT, Digital Twin, Predictive Maintenance, Automation, GIS, and sensor networks to offer you the best advantages, such as cost reduction, asset portfolio management, real-time data collection and deep analysis with a few clicks now.
Call for a free demo.
Tigernix- We Digitalise All Your Enterprise Assets
Choosing the Right Asset Lifecycle Management Strategy for Optimal ROI
It is clear that every enterprise must opt for one asset management strategy or the other if they wish to have an extended lifespan its valuable assets. These assets never come inexpensive; therefore, enterprises must come up with a strategy to extract the optimal ROI throughout their lifespan. This is where choosing the right strategy actually matters!
FAQs About Asset Lifecycle Management
The main stages of an asset’s lifecycle are planning and acquisition, where you identify the need, evaluate costs, and purchase the asset; deployment and operation, where the installing, configuring, and using the asset for daily tasks occur; maintenance and support, where the routine inspections and repairs happen; optimisation and upgrades; and Disposal or Retirement.
You can calculate TCO by adding the initial purchase price to all ongoing costs. This covers energy consumption, installation, and regular maintenance, downtime losses, insurance, and final disposal fees.
Start the process by comparing the cost of the repair against the remaining value of the asset. Examine whether regular malfunctions are impairing everyday safety or productivity. Determine whether more recent versions offer noticeably lower energy and operational costs.
Preventive maintenance follows a set plan, such as replacing the oil every six months. Sensors and data tracking are used in predictive maintenance to replace parts only when wear indicators appear.
