Innovari and ENSA Go Live With Interactive Energy Platform Project in
Program, ENSA Partners With Customers and Integrates the Grid's Edge to
Optimize Grid Utilization, Performance, and Reliability Panama.
Interactive Energy Platform (IEP) developer Innovari and Panamanian utility ENSA went live last week with a 1 megawatt (MW) IEP project, with plans for long-term expansion that will help the utility improve system utilization, meet growing energy demands with reduced infrastructure investment, and harden the grid to improve power reliability and the customer experience.
In this pilot, partially funded by the U.S. Trade and Development Agency (USTDA), ENSA is partnering with 12 commercial and industrial facilities to unlock affordable capacity through an IEP-enabled automated demand side management (ADSM) program, while leveraging the IEP to integrate capacity from two distributed generators (DG). The IEP is part of ENSA's 15-year concession, which began in 2013, with a commitment to invest in smart grid technology and promote grid efficiency, as the country faces 70 MW per year of demand growth.
The IEP extends ENSA's control to the edge of the grid and beyond. By connecting to the edge -- including customer buildings, DG, storage, solar, and more -- utilities can offer unique customer solutions, ensure grid security and reliability, and optimize their asset portfolio to affordably manage growing load, while balancing intermittent renewable energy resources.
In addition to load growth,
is expected to increase the percentage of renewable generation to 60 to 70
percent of its total mix, requiring responsive demand-side solutions like
Innovari's IEP to integrate and balance these resources. Panama
"One key reason we're planning to implement the IEP is to avoid power rationing during business hours that were necessary during Panama's recent energy crisis caused by the 2013-2014 drought," said Rafael Ríos, ENSA's engineering vice president. "The IEP will enable us to precisely reduce load to meet real-time capacity requirements during 'super peaks,' while synchronizing and dispatching standby generators and other edge-of-grid technologies to uphold grid reliability. We also see this as a valuable way to engage our customers."
As a true utility-operating resource, IEP capacity is available 400 or more hours annually, with real-time, two-way verifiable, closed-loop control back to the utility's operations center -- providing the predictability and reliability of a power plant. Participating end-use customers receive automation tools to control their building settings, ensuring no operational impact.
"Participating in ENSA's IEP program means we can easily contribute to the long-term sustainability and reliability of
grid, while also realizing important benefits -- including incentives and free
automation technology to help us better manage our long-term energy
costs," said Jean Carlos Piña, energy manager, Grupo Tova, a chain of
family clothing stores. "This is a simple way for us to help our nation
avoid major energy crises like we've seen recently. We look forward to
expanding store participation as the program grows." Panama
Participating customers include a business complex serving as a headquarters location for Panamanian and multi-national corporations, supermarkets, big-box retail outlets, and a shopping mall.
"The IEP will deliver tremendous benefits to
grid, in terms of increased energy reliability, system utilization and
efficiency, and end-use customer engagement," said Manuel Arancibia,
president, Innovari, Panama Latin America.
"The events we have run to date have been a resounding success and have
delivered real-time, two-way verifiable, demand-side capacity to the utility --
all verified through ENSA's SCADA system. We are thrilled for what this pilot
means for the utility, its customers, and the broader community to help ENSA
improve how the world uses energy."
One of two utilities serving Panama, EPM Group-subsidiary ENSA faces a 530 MW peak and anticipated load growth of 30 MW per year. This growth will be driven by the projected increase in low-cost housing construction and infrastructure projects, including the expansion of the
Canal. Sixty percent of the country's capacity comes
from hydroelectric power.
Innovari's Interactive Energy Platform connects utilities, their customers, and their communities to optimize grid performance and improve how the world uses energy. Innovari's solutions attack the electric grid's core problem-the load duration curve-unlocking access to affordable capacity that improves system utilization, electric reliability, and utility financial performance, while Innovari's non-profit, Plugged into Kids™, brings together utilities and their customers to help the children in their communities. By providing utilities with analytics, automation, and control over edge-of-grid capacity resources, Innovari enables two-way, verifiable automated demand side management (ADSM); dynamic load and phase balancing; renewable and distributed energy resources integration.