Hitachi GRID-YZE delivers greater resilience, increased reliability, reduces congestion, and lower costs
As the U.S. population continues to grow, so does our society’s need for more reliable, sustainable and cost-effective electricity. With more people moving to urban centers and the evolving supply of distributed energy resources, dependable energy is essential to realizing the vision of the smart city, where Internet of Things (IoT) solutions are helping to create a safer, healthier and more sustainable future. That’s why Hitachi developed GRID-YZE as part of our social innovation solution for optimizing and utilizing the energy grid in real time.
Delivering energy in today’s world is complex—and it’s not getting any easier. Maintaining the electricity network from transmission to distribution requires a keen eye for flow constraints, system integrity and protection. But without real-time visibility across the grid, operators rely on historical data analysis to estimate power loads and keep electricity flowing, making it difficult to optimize energy resources.
Today’s energy organizations face several challenges, including aging infrastructure with constrained and limited energy transferring capability, integration of renewable generation sources, and the ability to meet new and future regulations. Power flow corridors that are congested may require new transmission lines to address power flow, voltage quality and network stability issues. Energy companies are also looking for new ways to optimize clean and low-cost generation of solar and wind energy, while meeting regulations wanting increased reliability and resiliency.
The unbundled U.S energy market also presents challenges to grid optimization. Today, in many regions, energy generation, transmission, distribution and market management are all handled by different organizations such as utility companies, power generators and independent system operators (ISOs). Integration and cooperation across these entities is vital and GRID-YZE enables an integrated solution. In this environment, grid optimization has the potential to deliver the real-time assessment and responsiveness required for greater resilience, increased reliability and lower costs.