Utility sub-metering is a system that allows a landlord, property management firm, condominium association, homeowners association, or other multi-tenant property to bill tenants for individual measured utility usage. The approach makes use of individual water meters, gas meters, or electricity meters. Sub-metering may also refer to the monitoring of the electrical consumption of individual equipment within a building, such as HVAC, indoor and outdoor lighting, refrigeration, kitchen equipment and more. In addition to the "main load" meter used by utilities to determine overall building consumption, submetering utilizes individual "submeters" that allow building and facility managers to have visibility into the energy use and performance of their equipment, creating opportunities for energy and capital expenditure savings. Typically a multi-tenant dwelling has either one master meter for the entire property or a meter for each building and the property is responsible for the entire utility bill. Submetering allows property owners who supply utilities to their tenants the ability to account for each tenant's usage in measurable terms. By fairly billing each tenant for their portion, submetering promotes conservation and offsets the expense of bills generated from a master meter, maintenance and improvements for well water systems, lagoon, or septic systems. Submetering is legally allowable in most states and municipalities, but owners should consult a Utility Management Vendor for assistance with local and state compliance and regulations. Typical users of submetering are mobile home parks, apartments, condominiums, townhouses, student housing, and commercial areas. Usually, utility submetering is placed in situations where the local utility cannot or will not individually meter the utility in question. Municipal Utility companies are often reluctant to take on metering individual spaces for several reasons. One reason is that rental space tenants tend to be more transient and are more difficult to collect from.
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Dolaana Khovalyg, Amirreza Heidari
François Maréchal, Daniel Alexander Florez Orrego