Ongoing monitoring is crucial.
Building energy management and control systems are important, as they monitor and control all building functions. This includes monitoring at the whole building level as well as at every building component (lighting, air handling units, pumps, water, etc.).
Data collected from ongoing monitoring of building performance help building owners and managers to:
- Collect data to monitor performance, maintenance and operational effectiveness;
- Ensure that buildings continue to meet design performance targets and make adjustments to diminish performance gaps;
- Maximize energy efficiency;
- Identify and explain increase or decrease in energy or water use;
- Identify and troubleshoot equipment malfunctions that waste energy or water;
- Diagnose speciﬁc areas of wasted energy;
- Alert the operator in the case of a failure or potential failure of the equipment;
- Draw energy consumption trends (weekly, seasonal, operational);
- Determine future energy use when planning changes in the business;
- Observe how the business reacted to changes in the past;
- Develop performance targets for energy management programs;
- Update energy benchmarks;
- Manage the energy consumption, rather than accept it as a ﬁxed cost with no control over.
YOU CANNOT MANAGE
WHAT YOU CANNOT MEASURE
Communicating with devices and exchanging data with other applications across the organization is feasible in converged systems. As monitoring provides the information to effectively operating the equipment, so the effective communication is vital for the buildings in the scope of the environmental information and energy consumption.
Now we have the ability to access and communicate both real-time and historical data between energy-using end devices and environmental monitoring devices, and convergence provides the pipeline to deliver this information anywhere, anytime by using web technologies and allow to avoid the use of dedicated workstations.
Preventive Maintenance Plans
Preventive maintenance is a schedule of planned maintenance measures to prevent breakdowns and failures of the equipment before it actually occurs. It saves time and money. A regular preventive maintenance program will restrain depreciation, reduce downtime and cost associates with hardware failures and software obsolescence, as well as improve both the appearance and performance of the various components in the building.
Long-term effects and cost of preventive maintenance is unquestionably more favorable then performing maintenance actions only when the system fails. The benefits include:
- Improved system reliability
- Reduced cost of replacement
- Decreased system downtime
- Spare parts inventory control
Preventive maintenance includes equipment checks, partial or complete overhauls at specified periods, oil changes, lubrication, etc., and consists of three elements:
- Inspections to help detect or give indications of unsatisfactory performance that can be fixed before costly repairs are needed.
- Scheduled maintenance of facility's systems, devices, and equipment that can minimize wear, improve operation and reduce costs.
- Daily maintenance or cleaning of the various components of each building including the equipment that can help prevent the build-up of dirt, dust and grime.
Make your facility’s systems truly sustainable and energy efficient, saving money and resulting in successful carbon footprint reduction. Operating buildings that meet sustainable requirements may be challenging. Start with the low hanging fruit.