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What Is Building Maintenance? Explaining Key Systems, Costs, and Maintenance Services

Building operations rely on a range of essential systems, including electrical, water supply, HVAC, lift, fire safety and security systems. These systems support the daily needs of residents, tenants and visitors while helping ensure a safe and comfortable environment. Without regular inspection and maintenance, system performance can deteriorate over time, increasing the risk of disruptions, safety incidents and costly repairs. 

This blog explores the fundamentals of building maintenance, including the key systems that require ongoing attention, common maintenance approaches, and the factors that influence building maintenance costs. It also explains how maintenance fees are typically planned and managed to support the long-term performance of a property.

table of content 1. What is building maintenance? 1.1 The definition of building maintenance 1.2 Distinguishing between building maintenance, servicing, and repairs 2. Why is regular building maintenance important? 2.1 Assurance of occupant safety 2.2 Sustainment of operational efficiency 2.3 Optimisation of long-term maintenance funds 2.4 Legal and operational compliance 2.5 Extension of system lifespan 3. Building technical systems and facility items subject to maintenance 4. Common types of building maintenance 5. Standardised building maintenance procedures 6. Building maintenance costs 7. Frequently Asked Questions

1. What is building maintenance? 

1.1 The definition of building maintenance

Building maintenance covers the regular upkeep, servicing and repair works needed to keep a building safe, functional, and aligned with its design requirements during operation. 

In practice, building maintenance covers two main groups:   

  • M&E and technical services: This includes technical systems that keep the building running, such as electrical systems, HVAC, fire safety systems, water supply and drainage, wastewater treatment and related infrastructure. 
  • Facility services: This includes fixing building components such as foundations, columns, walls, roofs, doors, windows, floors, stairs and interior or exterior finishes. 

A well-managed building maintenance plan helps property owners and management teams maintain service quality, control operational risks and protect asset value over time. 

1.2 Distinguishing between building maintenance, servicing, and repairs

Maintenance is the overarching framework encompassing inspection, monitoring, adjustment, and technical intervention to ensure systems operate stably and continuously. It represents a proactive approach, combining both preventive and corrective measures to optimise operational efficiency and asset value over the long term. 

Servicing is a subset of maintenance, focusing on periodic activities such as cleaning, lubrication, inspection, and the replacement of consumables. The objective is to prevent failures, sustain optimal operating conditions, and extend system lifespan before any issues arise. 

Repairs constitute a reactive activity, initiated only when a system or component has failed or sustained damage. The primary focus is on troubleshooting and restoring the system to its normal operational state in the shortest possible timeframe.   

Criterion MaintenanceServicingRepairs 
Objective  To ensure stable, continuous system operation and optimise performance  To prevent wear and tear, maintain performance, and extend lifespan  To restore the system to an operational state when a failure occurs 
Characteristics  Proactive  Proactive  Reactive 
Timing  Periodic  Periodic  Ad hoc / Unscheduled 
Typical Tasks  - Preventive maintenance
- Corrective maintenance/Repairs
- Conditions-based maintenance
- Total productive maintenance
- Comprehensive operational inspections of technical systems
- Cleaning and removing dirt and debris buildup
- Lubricating moving parts and replacing grease/oil
- Replacing consumables on a cyclical basis
- Diagnosing and identifying the root causes of faults
- Replacing components and equipment
- Calibrating and restoring technical parameters
- Resolving associated breakdowns
Examples  - Formulating a master maintenance plan for M&E systems and facilities - Cleaning and replacing air conditioning filters
- Oiling and lubricating lift components
- Inspecting and tightening electrical connections in distribution boards
- Rectifying a leaking water pipe
- Replacing a faulty lift control board
- Repairing the electrical system during a localised power outage

 

2. Why periodic building maintenance is essential?  

2.1 Assurance of occupant safety 

Within an operational environment, technical systems serve as the foundation for maintaining safety standards across a building. Periodic building maintenance facilitates the early identification of anomalies, thereby proactively mitigating risks and ensuring that systems consistently operate under safe conditions. These safety requirements must be implemented in alignment with current statutory regulations and the specific technical specifications of each system.   

2.2 Sustainment of operational efficiency   

Systems that undergo scheduled maintenance typically operate with greater stability, reducing unplanned downtime and alleviating pressure on the engineering team. When air conditioning, lifts, or building management systems (BMS) function under well-controlled conditions, energy efficiency and service quality for residents and tenants tend to remain more consistent, depending on the actual configuration and operational circumstances.  

2.3 Optimisation of long-term maintenance funds  

Early detection can reduce the risk of emergency repairs, unplanned replacements and extended downtime. A proactive building maintenance approach also helps owners plan budgets more effectively and manage budgets with better visibility. 

Cost efficiency will depend on the actual condition of the building, the quality of implementation and how consistently the maintenance plan is followed. 

2.4 Legal and operational compliance 

Inspections, certifications and maintenance records should be managed in accordance with the property's asset profile and technical systems. Maintaining accurate records helps improve transparency, supports regulatory compliance and enables more consistent building operations. 

Building maintenance extends beyond routine technical work. Effective maintenance management also involves planning maintenance activities, monitoring equipment performance throughout its lifecycle and overseeing service quality. Professional property maintenance services can support these efforts, helping property owners reduce risk, improve operational efficiency and protect the long-term value of their assets. 

2.5 Extension of system lifespan  

The performance and lifecycle of technical systems depend directly on their operating conditions and adherence to the maintenance schedule. When executed in line with manufacturer recommendations, systems such as pumps, generators, HVAC, or lifts can sustain stable performance over a longer duration, whilst optimising investment cycles and equipment replacement intervals. 

Contact Savills Property Management to discuss property maintenance services that help improve efficiency, control risks, and support long-term asset value.

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3. Building technical systems and facility items subject to maintenance 

A successful building maintenance programme covers all critical building systems. Depending on system complexity and regulatory requirements, some assets may require specialist technical maintenance services delivered by certified contractors. The following systems are among the most important to monitor and maintain as part of an effective maintenance strategy.  

  • Electric systems: 

Electrical systems support lighting, lifts, HVAC, pumps, BMS, and security. Maintenance should focus on safety, power continuity and operational risk control, especially in areas with potential overload or overheating risks. 

A clear electrical maintenance plan helps avoid service disruption for owners, residents, tenants and building users.  

  • Water supply and drainage systems:  

his infrastructure comprises pumps, storage tanks, pipelines, valves, sanitaryware, as well as rainwater and wastewater drainage systems. Maintenance focuses on sustaining stable water pressure, controlling leaks, and preventing blockages. Concurrently, tracking breakdown histories and pump operational efficiency forms the baseline for optimising maintenance schedules and forecasting long-term repair requirements.

  • Building management systems (BMS):  

The BMS serves as the central hub for monitoring and controlling technical systems via a unified platform. Maintenance of this system encompasses both software and associated hardware, including sensors, controllers, control panels, signal transmission lines, and display interfaces. The objective is to ensure accurate, continuous operational data to effectively support decision-making processes.  

  • Lift and escalator systems: 

Lifts and escalators are high-frequency equipment classes that directly impact safety and the transit experience within a building. Consequently, maintenance efforts must focus on critical components such as cabins, landing doors, control systems, traction machines, safety brakes, rescue devices, and warning signals.  

 For lifts, in addition to routine maintenance recommended by manufacturers or specialist contractors, the Management Board must track statutory safety inspection schedules in compliance with current regulations. Proper management of maintenance records, statutory inspection histories, and occupant feedback facilitates the early detection of anomalies, reduces operational downtime, and ensures lifts consistently meet safety requirements during utilisation. 

  • Generator Systems: 

Backup generators play a vital role in maintaining electricity for critical systems during power outages or grid supply disruptions. Maintenance tasks typically involve fuel, batteries, cooling systems, lubricating oil, transfer switches, and load-bearing operational capacity.   

For buildings with continuous operational mandates, periodic load-testing and recording operational outcomes are essential for assessing system readiness. However, load-testing frequency and inspection scopes must align with manufacturer recommendations, system characteristics, and the specific operational requirements of each property.  

  • Air conditioning and ventilation systems (HVAC) : 

HVAC systems directly influence occupant comfort, indoor air quality, and energy expenditures. Monitoring HVAC efficiency enables the management board to control energy costs and mitigate the risk of premature equipment deterioration. 

  • Firefighting and fire prevention systems : 

Firefighting and fire prevention systems constitute a top-priority category in any building maintenance plan, given their direct bearing on occupant safety and the lawful operation of the property. Equipment such as fire alarms, sprinklers, fire pumps, extinguishers, hydrants, emergency exit signs, and smoke extraction systems must undergo periodic inspections to ensure constant readiness in the event of an incident.  

In day-to-day operations, the role of the Management Board extends beyond on-site equipment checks to encompass tracking maintenance schedules, inspection logs, servicing results, and coordinating with specialist contractors when required. Maintaining comprehensive fire safety records enables the building to better control risks whilst complying with current statutory requirements and safety standards. 

  • Security and CCTV systems: 

Security systems typically comprise CCTV, access control, alarms, barriers, intercoms, and public area surveillance solutions. Absent proper maintenance, risks may manifest in recording capabilities, data storage, access control, or incident response efficacy. 

Security maintenance requires a combination of physical equipment checks and audits of software, data, and access permissions. In modern buildings, integrating security data with the BMS or operational platforms can enhance the surveillance and response capabilities of the management team. 

  • Network systems and technological infrastructure:  

This infrastructure encompasses local networks (LAN), internet connectivity, signal cabling, server rooms, network equipment, communication setups, and operational digital platforms. In office buildings, shopping centres, or mixed-use complexes, the continuity of technological infrastructure is increasingly critical to the user experience and operations management capabilities.   

Maintaining this asset group demands close coordination between the operations department, technology vendors, and information security units where applicable. Beyond equipment inspections, attention must be paid to scalability, redundancy, access security, and connection stability. 

Whilst most maintenance tasks are executed by the project’s on-site technical personnel, certain more complex categories involve statutory obligations or require specialist expertise beyond the team's capacity. For instances such as lift maintenance, electrical substations, or fire safety systems, the project may enter into service contracts with external specialist companies. 

4. Common types of building maintenance  

Choosing the right building maintenance method depends on the system type, operational importance, technical condition, and available budget.  

  • Routine Maintenance: Carried out on a regular cycle, such as daily, weekly or monthly, this is suitable for systems that require frequent checks to maintain stability.    
  • Planned Preventive Maintenance-PPM:  Focuses on identifying potential risks before they become operational problems. This method helps the management team reduce unexpected breakdowns and plan resources more effectively. 
  • Corrective Maintenance: Addresses issues post-occurrence. In some cases, strong routine maintenance and PPM can reduce the need for major corrective works, as smaller issues are identified and handled earlier. 

Need support with building maintenance planning or technical system performance?

Contact Savills for expert technical maintenance services and practical recommendations tailored to your property's needs. 

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5. Standardised building maintenance procedures  

Step 1: Compilation of machinery and equipment inventories 

The establishment of a comprehensive register encompassing all building systems and equipment constitutes the foundational step in maintenance management. This inventory must clearly reflect locations, operational statuses, and management responsibilities, serving as the baseline for oversight and the execution of subsequent activities. 

Step 2: Assessment of operational status 

The Management Board conducts physical inspections to determine the stability level of each system, whilst identifying signs of deterioration or potential risks. This evaluation facilitates the prioritisation of resources towards components that directly impact building operations.  

Step 3: Formulation of the maintenance plan 

The building maintenance plan must explicitly detail the items to be executed, scheduled timelines, inspection frequencies, responsible personnel, involved contractors, and projected costs. For an operational building, maintenance schedules should be arranged appropriately to minimise disruption to tenants, residents, or occupants. 

Step 4: Preparation of resources and operational conditions  

This involves ensuring the readiness of technical personnel, specialist contractors, replacement parts, and safety measures. Thorough preparation minimises the risk of operational disruptions and guarantees project timelines are met. 

Step 5: Execution and recording of operational data 

Maintenance is performed in strict adherence to the approved plan, alongside the meticulous recording of execution results, equipment conditions, and technical recommendations. This data plays a critical role in tracking equipment lifecycles, forecasting costs, and enhancing operational efficiency in subsequent maintenance cycles. 

Contact the Savills Property Management team today to receive consultation on comprehensive and cost-optimised operational solutions. 

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type and process of building maintenance

Type and building maintenance process. 

6. Building maintenance costs  

Building maintenance costs are not fixed, and depend on each building’s size, age, asset type, technical complexity, operating standards, maintenance frequency, inspection requirements, labour needs and material costs. 

For owners and management teams, the maintenance fee should reflect the actual condition of the building and the level of service required. A low maintenance fee may appear attractive in the short term, but it can create pressure on essential works if the budget does not cover critical systems such as electricity, lifts, HVAC, fire safety and security. 

Common cost groups include scheduled maintenance, unplanned repairs, equipment replacement, inspections and risk reserves.  

Cost group FactorsBudget management
Scheduled maintenance  Number of systems, recommended frequency  Prepare an annual maintenance plan and budget 
Unplanned repairs  Equipment age, system condition, previous maintenance quality  Set aside a separate contingency budget 
Equipment replacement  Design lifecycle, upgrade needs  Plan medium- and long-term capital expenditure 
Technical inspections  Legal requirements, building scale  Track inspection schedules to avoid compliance risk 
Risk reserve  System complexity, fault history Use actual operational data, not a fixed assumption 

A practical maintenance budget should be based on the building's actual condition and operational requirements. While reducing essential building maintenance may lower short-term costs, it can lead to higher repair expenses, increased risk and greater disruption over time. 

Conclusion 

Building maintenance is not only a technical response when something goes wrong. It is part of risk and asset management. 

With experience across different asset types, Savills works with owners to identify potential risks early, develop suitable maintenance plans and manage day-to-day operations more effectively. Through structured property maintenance services, local market understanding and technology-enabled management, Savills helps improve cost control, transparency and operational performance while supporting long-term asset value. 

7. Frequently Asked Questions   

1. How can I optimise building maintenance costs? 

Cost optimisation does not mean cutting essential works, especially for systems related to safety and core operations such as electricity, lifts, fire safety and building structure. 

The key is to set the right priorities and allocate the maintenance fee based on the asset’s actual condition. If resources are limited, lower-priority works can be phased over the medium or long term. However, these items should still be tracked and budgeted for. 

This helps prevent small issues from accumulating and turning into major repairs or unexpected replacement costs. 

2. What is an ideal schedule for building maintenance? 

There is no one-size-fits-all maintenance schedule for every building. The appropriate frequency depends on factors such as a system's function, manufacturer recommendations, usage levels, equipment age and regulatory requirements. 

Some assets require daily or weekly inspections, while others may only need monthly, quarterly or annual servicing. For critical systems such as electrical, HVAC, lift and fire safety systems, adhering to a structured building maintenance schedule is essential. Many major failures and costly disruptions can be traced back to minor issues that went undetected or were not addressed in time.   

3. What should you look for in a building maintenance provider?  

Choosing a building maintenance provider should involve more than comparing costs. A reliable provider should have experience managing similar property types, strong technical capabilities, well-defined maintenance procedures, transparent reporting and an established network of qualified specialist contractors. 

More importantly, the provider should take a proactive approach to asset management. This includes developing a building maintenance plan based on the property's condition, identifying potential repair and replacement requirements, and supporting maintenance fee and budget planning. Professional property maintenance services should help owners improve asset performance, manage risk and control long-term costs, rather than simply responding to issues as they arise. 

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