Building Energy Data

You are here

BTO's Building Energy Data subprogram supports the creation of standards and open-source management tools that increase the availability and value of building energy data.
BTO's Building Energy Data subprogram supports the creation of standards and open-source management tools that increase the availability and value of building energy data.
Image: BTO

“If you can’t measure it, you can’t improve it.” Lord Kelvin’s famous truism certainly applies to building energy use. But whereas it has been possible to measure building energy use at the meter since nearly the start of centralized energy generation and distribution, that alone has not been sufficient to drive reductions. To drive action, energy use must be correlated with assets and activities in the buildings and all of this information must be available in the right form to the right people at the right times.

Today, data related to buildings and their energy use is increasingly available. The challenge has shifted from measurement to management—curation, organization, and analysis, along with privacy. To address this challenge, BTO’s Building Energy Data (BED) subprogram supports two sets of activities, categorized broadly as standards and management and analysis tools.

Data Standards

Standard dictionaries (ways of naming data) and schema (ways of organizing related data items and denoting their relationships) promote interoperability (the reuse of data across tools), reduce effort and error associated with transporting and translating data, and increase the value of data.

Building Energy Data Exchange Specification (BEDES)
BEDES is a dictionary of terms, definitions, and formats for building energy data. It promotes interoperability among building energy applications.
Learn More
BuildingSync
BuildingSync is a BEDES-compliant schema that supports building energy auditing.
Learn More
Unique Building Identifier (UBID)
UBID is an easily constructible unique geospatial identifier for buildings. UBID helps unambiguously identify building records in databases.
Learn More
BENEFIT-2018: Brick
Brick is a flexible building description schema based on W3C's RDF. It can flexibly and incrementally support a wide range of building applications.
Learn More

Data Tools

Open-source tools that provide basic functionality for managing data that complies with standard dictionaries and schema increase the availability of data, supporting new applications and services and increasing demand for that data, creating a virtuous cycle.

SEED Platform
SEED is an open-source database for organizing, querying, and sharing building energy data. It supports disclosure laws and other use cases.
Learn More
Building Performance Database (BPD)
The BPD is the largest publically available database of building energy data, with over one million records.
Learn More
Audit Template
The Audit Template is a standardized customizable data form used to collect, view, and export building energy audit information.
Learn More
Energy Data Vault (EDV)
The Energy Data Vault (EDV) is a secure, private repository that allows researchers to test and evaluate algorithms on real building energy datasets.
Learn More

Unstructured Data

Increasing availability of unstructured data such as images of various kinds and vantage points (e.g., street view, aerial, and IR) along with other environmental and electronic data (e.g., wi-fi connections and activity) encode information that is relevant to building energy use. Methods that extract this information reliably while preserving privacy can enhance different building energy-efficiency processes including auditing, retrofit planning, and operations.

Unstructured Data: Machine Learning for Improved Efficiency Analysis
A team led by LBNL will apply machine learning and data fusion techniques to extract building asset and operational information from image data.
Learn More
Virtual EPB
ORNL researchers are working with the Electric Power Board (EPB) of Chattanooga to develop a digital twin of every building in the service territory.
Learn More
BENEFIT-2018: AirBEM
The AirBEM project will develop drone-based flight-planning and image analysis algorithms for auditing commercial building envelopes.
Learn More

Staff

Harry Bergmann
Fellow, Building Technologies Office