Energy-saving measurement, adjustment and monetization system and method
First Claim
1. An energy conservation commoditization system, comprising:
- a metering portion configured with each of a thermal meter apparatus suitable to measure an external environmental temperature and an energy meter apparatus suitable to measure an energy load of a facility; and
a modeling mechanism coupled with the metering portion and configured with device-readable instructions stored on a computer-readable medium, wherein the instructions are configured when executed by data processing circuitry to cause the modeling mechanism to process each of a first set of facility energy load data associated with a first time period and a first set of external environmental temperature data also associated with the first time period, and to produce a first analog facility model, wherein the first set of facility energy load data represents a total facility energy load for the first time period, and wherein the first analog facility model comprises plural identified end-use energy load portions disaggregated from the first set of facility energy load data.
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Accused Products
Abstract
System and method include precisely modeling of a facility'"'"'s energy usage over time based on historic data, and precisely predicting or measuring its actual, reduced energy usage over time after a redesign, retrofit, or renovation, or other positive change to the facility. The energy cost savings, whether over a time point of view (POV) of predicted, real-time, or historic, are creditable to the intervening remediation or renovation of the facility'"'"'s energy footprint. In accordance with one embodiment, multiple-variable inputs are modeled using arithmetic regression and steepest-descent convergence arithmetic solutions based in large part on building-science (construction) data versus outside average temperature (t) that simplifies the modeling and measurements. Additionality is thus addressed along with a system and method that is more accurate, more repeatable, more reliable, and thus more credible and more readily monetized.
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Citations
25 Claims
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1. An energy conservation commoditization system, comprising:
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a metering portion configured with each of a thermal meter apparatus suitable to measure an external environmental temperature and an energy meter apparatus suitable to measure an energy load of a facility; and a modeling mechanism coupled with the metering portion and configured with device-readable instructions stored on a computer-readable medium, wherein the instructions are configured when executed by data processing circuitry to cause the modeling mechanism to process each of a first set of facility energy load data associated with a first time period and a first set of external environmental temperature data also associated with the first time period, and to produce a first analog facility model, wherein the first set of facility energy load data represents a total facility energy load for the first time period, and wherein the first analog facility model comprises plural identified end-use energy load portions disaggregated from the first set of facility energy load data. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12)
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13. A method for quantifying energy redirected from an energy-consuming facility to a metered utility grid, comprising:
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collecting each of a first set of external environmental temperature data and a first set of total energy load data of a facility throughout a first time period; collecting, by a metering device, each of a second set of external environmental temperature data and a second set of total energy load data of the facility throughout a second time period, wherein the second time period is approximately equivalent in duration to and later in time than the first time period; executing device-readable instructions stored at a non-transitory data storage medium and configured when executed by data processing circuitry to cause the circuitry to process the first set of total energy load data of the facility according to the first set of external environmental temperature data and to produce a first analog facility model comprising plural model end-use energy load portions disaggregated from the first set of total energy load data; executing similarly stored device-readable instructions configured when executed to cause the circuitry to process the first analog facility model according to the second set of external environmental temperature data and to produce plural revised model end-use energy load portions; calculating a sum of the plural revised end-use energy load portions; and calculating a quantified difference between the second set of total energy load data and the sum of the plural revised end-use energy load portions. - View Dependent Claims (14, 15, 16, 17, 18, 19)
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20. An article of manufacture, comprising:
coded instructions stored at a non-transitory device-readable medium, wherein the instructions are configured when executed by data processing circuitry to cause the circuitry to; process each of a first set of facility energy load data associated with a first time period and a first set of external environmental temperature data associated with the first time period, wherein the first set of facility energy load data represent a total facility energy load for the first time period; produce from the processed facility energy load data and external environmental temperature data a first analog facility model comprising plural identified end-use energy load portions disaggregated from the first set of facility energy load data; and record the first analog facility model at a non-transitory, machine-readable data storage medium. - View Dependent Claims (21, 22, 23, 24, 25)
Specification