Cellular carriers challenge mesh-network dominance.
Now that wireless carriers are promoting their networks as a cost-effective communications platform for smart grid data, they face legitimate questions about fundamental performance issues. But if public networks turn out to be the better choice in many cases, utilities might have some explaining to do before state commissions.
Evaluating smart meters and public backlash.
After ratepayers brought a class-action lawsuit against distribution utilities, Texas regulators commissioned a study of the state’s new smart meters. The study explains why customers reacted the way they did, and offers insights into how the industry can avoid a Texas-style backlash.
Smart-grid planners feel the heat.
State utility regulators begin to question the benefits of smart grid technology, and customers take to the streets in public protests and demonstrations to oppose installation of smart meters.
Consumers hold the key to technology’s benefits.
The utility industry tends to think about smart-grid development as a technical challenge. However, smart-grid technology will fall short of its promise if utilities don’t obtain buy-in from customers. Successful utilities will actively engage customers at every stage of implementation, customizing their approach to the sensitivities and opportunities in each customer segment.
Radio waves deliver flexibility and security.
The concept of a wireless smart grid is gaining popularity. Some utilities are participating in pilots providing two-way secure radio frequency network coverage. They say the grid is well suited to wireless and the benefits only now are becoming known.
Granular customer data will revolutionize megawatt markets.
Advanced metering and other smart technologies will allow more granular monitoring of conservation efforts, making them highly predictable for resource planning and system dispatch. Eventually, the smart grid will erase distinctions between wholesale and retail markets.
Metering potential and limitations for smart-grid design.
How far can smart metering take us toward creating a smart grid? While meters don’t support the highest-level smart-grid functions, they can provide significant capability when the metering system is properly designed to support the evolution to a smart grid. New technologies create opportunities to rethink traditional metering approaches and work toward powerful smart-grid capabilities.
The best example of combined dynamic rates and smart billing is found in Ontario, Canada. It uses central MDM to produce time-differentiated customer bills.
Smart metering changes the back-office paradigm.
AMI’s data explosion will require back-office changes for CIS/billing.
Vendors battle it out while utilities await common communications protocols.
Uncertainties about smart metering goals are hindering efforts to standardize communications protocols and feature sets. While vendors battle over standards, utilities and policy makers are moving forward anyway—despite the potential for setbacks.