Equipment: The key end point items that can be deployed to handle meter reading.
The traditional manually read meter that has been providing information to the industry for over 100 years. This type of meter requires a meter reading to be done by a human being with a handheld device (e.g. optical port, or reading the dials visually) or a clipboard.
Billing meter system
These are typically deployed as drive by, one-way or daily (or less frequently) read two-way systems. They typically have several days of on-board storage for reading data and have some ability to provide a record of the events that occurred at the location, such as momentary outages.
Operational metering system
Operational meters are the newest innovation in smart metering. The key to operational metering systems is not only that the end points have more sensor capability, but they are connected to a near real time network that is capable of handling alerts and alarms in very short periods of time (normally single digit seconds). They may not have the processing power and storage of a billing meter, but since they communicate frequently then do not need 60 or more days of storage in the meter. Typically the network is required to support Home Area Networks.
A latching relay (in the case of electricity) or a cut off valve (in the case of water and gas) that allows the service to a location to be turned off remotely. In the latest versions of these devices instead of a complete cut off, they offer the ability to throttle the consumption.
The ability to send signals via an in-home display or other method to indicate to the occupant of the structure information about pricing, demand and consumption in a consumer driven implementation. If a direct load control implementation, the system has the ability to directly interact with loads at the customer location.
Home area network
The ability to work wired or wirelessly with devices in the structure and provide information to and from those devices to influence or control the consumption of gas, water and electricity. This capability will be more important if plug-in hybrid cars come into the market.
Recipient of benefit: The organisation that benefits from a specific service in this table, the segment of the utility or the customer that benefits from the specific service listed in the table. Definitions are specific to the electric industry.
The owner and operator of the low voltage network, traditionally a regulated function of a utility that provides the wired connection to the home.
The owner of the high voltage network, which is normally the connection from the central generation sources and the distribution network.
The operator of the high voltage network or transmission system. In some models the operator and the owner of the transmission grid is the same entity, then the “Transmission owner” column and this column should be collapsed into a single column.
The traditional coal, nuclear and large hydro generation that provides the majority of electricity. In many markets around the world, there are both regulated (utility owned) generation and independent power producers of conventional generation. This column applies equally to both organisations, provided they have equal access to the data.
The growing segment of variable power provided by solar, wind and other renewable sources.
Billing and customer service
The organisation that provides the interface to the customer and collects the revenue from the customer – it may be part of an energy retailer, of distribution or an outside third party.
The provider of energy in an unregulated market, typically having customers in multiple distribution network territories and competing for customers with other energy retailers.
The organisation that trades wholesale energy in the market, both physical and financial trades. Traders can be associated with generators, retailers, traditional utilities, merchant banks or other third parties.
The entity that is responsible for establishing the rules for the operation of the industry and the tariffs based on the established legal framework.
The entity that makes the laws of the land that the regulator is constrained by.
The families and individuals that live in homes and apartments, and includes all forms of permanent housing for people.
Stores, office buildings, colleges, hospitals and other service related structures, includes all non-industrial and non-residential consumption points on the grid for the purposes of this table (e.g. street lights and other commercial uses of power).
The manufacturers in the world – the companies that mine, build, smelt, and otherwise transform raw materials into goods.
The earth and its biosphere.
Police, fire departments and other first responders who deal with emergencies.
Third party service providers
Independent firms that offer a service that expands on or replaces the services of another entity listed above.
Impact: The overall beneficial impact this service has on the two major themes that are commonly referred to in industry discussions.
Reducing the energy intensity of an activity or a structure – not just moving the consumption, but an actual reduction in consumption; or leveling the usage out so that the end result reduces the cost and impact of the energy served; or matching load with variable generation to allow for the growth of renewable resources.
Improving the percentage of time that customers receive high quality power.
Utility: Self explanatory for the three networked utility delivery systems, electricity, gas and water. Note that smart metering could also be applied to the sewage network and district heating.