In the past, property owners could only estimate energy or water usage and pass these costs onto their tenants. This method often led to disputes with tenants, prompting the adoption of submetering as a solution. Submetering provides each tenant with their own meter, allowing them to track their individual energy and water consumption. As tenants and building owners gain greater insights into their energy usage via submeter readings, submetering has demonstrated its ability to enhance sustainability and minimize waste. While submetering offers numerous benefits, landlords and property owners must remember that their responsibilities do not end with installation. Regular maintenance and calibration of submeters are essential to ensure they function correctly and record usage accurately. Although some jurisdictions regulate recalibration and certification, it remains vital to inspect submeters periodically to confirm compliance and ensure they remain in good working order. Typically, the maximum interval between inspections is around ten years. Optimizing energy usage becomes easier with submeter data. By understanding energy consumption patterns, building managers can identify necessary equipment upgrades or strategies to improve energy efficiency. However, the value of submeter data—whether historical or real-time—depends on its accuracy. Like any device, submeters can malfunction if not regularly maintained and calibrated. To avoid underbilling or overbilling, it’s crucial to periodically check the submetering system for signs of damage, wear, and tear. Networked submeters offer significant advantages, automating meter readings through integrated systems, especially when data is stored and managed in the cloud. This accessibility allows multiple stakeholders to monitor consumption at any time. In contrast, manual submeters require physical visits to collect readings. Faulty equipment can lead to inaccurate billing, but regular monitoring and the use of appropriate software can help detect anomalies in consumption profiles visually. Reputable submetering providers often offer additional services, including periodic reviews and anomaly detection in data to flag potential equipment issues. Conducting an annual review is advisable, along with reconciling bulk meter readings with submeter totals. Manual verification should also occur, especially when using pulse output data loggers in automated systems. Predictive maintenance can significantly reduce costs associated with unexpected breakdowns. Just like energy-consuming equipment such as lighting and HVAC systems, submetering systems benefit from routine maintenance and calibration. Ensuring these systems operate correctly prevents costly repairs or replacements down the line. Submetering provides a comprehensive approach to managing energy and water usage, offering both financial and environmental advantages. By prioritizing regular maintenance, calibration, and data accuracy, property owners can maximize the benefits of submetering while minimizing operational risks. In conclusion, while submetering offers clear advantages, consistent attention to its upkeep ensures long-term success. Property owners who embrace proactive management practices can achieve better outcomes for both their properties and tenants alike. *Note: Always consult local regulations regarding submeter maintenance and certification requirements.* --- This rewritten version maintains the core message of the original text while restructuring sentences and adding supplementary details to reach the desired word count.

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