Distribution automation:

Distribution automation involves opening or closing switches, adding or removing components (capacitors) and otherwise modifying a distribution network to meet demand needs. The ability to send signals to devices along the network to make such changes without human intervention (i.e. automation) is highly desirable. Switched capacitor banks on the distribution infrastructure correct inductive reactance by introducing capacitive reactance, making the distribution infrastructure more effective. An efficient infrastructure uses much less fuel to distribute the same amount of power. Utilities can reliably and cost effectively control capacitor banks via this technology and can save millions per year in fuel costs.

A Z-LYNK system can provide:

• Ability to remotely open or close switches, adding or removing network components to respond to demand needs.
• Control of power factor correction (capacitor switching).
• Network balancing.
• Reduction of network losses, increasing efficiency/reliability and reducing costs.