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1 PROCESS HIGHLIGHT

Cost-effective energy storage has long been heralded as the “holy grail” for the widespread deployment of distributed energy resources. While electrochemical energy storage – i.e. batteries – have been in existence for more than a century, and thermal energy storage even longer than that, it is only now through the marriage of intelligent software and improved hardware that energy storage is becoming the low-cost, secure choice for flexible delivery of electricity when it’s needed most.

2 PROCESS HIGHLIGHT

Cost-effective energy storage has long been heralded as the “holy grail” for the widespread deployment of distributed energy resources. While electrochemical energy storage – i.e. batteries – have been in existence for more than a century, and thermal energy storage even longer than that, it is only now through the marriage of intelligent software and improved hardware that energy storage is becoming the low-cost, secure choice for flexible delivery of electricity when it’s needed most.

3 PROCESS HIGHLIGHT

Cost-effective energy storage has long been heralded as the “holy grail” for the widespread deployment of distributed energy resources. While electrochemical energy storage – i.e. batteries – have been in existence for more than a century, and thermal energy storage even longer than that, it is only now through the marriage of intelligent software and improved hardware that energy storage is becoming the low-cost, secure choice for flexible delivery of electricity when it’s needed most.

HEADLINE OF THIS PAGE

Frequency Regulation – In order for grid operators to achieve the highest possible efficiency for delivering electricity across many different levels of transmission and distribution, the alternating current (AC) frequency must be held within very tight tolerances.

• PROCESS HIGHLIGHT

Cost-effective energy storage has long been heralded as the “holy grail” for the widespread deployment of distributed energy resources. While electrochemical energy storage – i.e. batteries – have been in existence for more than a century, and thermal energy storage even longer than that.

• PROCESS HIGHLIGHT

Cost-effective energy storage has long been heralded as the “holy grail” for the widespread deployment of distributed energy resources. While electrochemical energy storage – i.e. batteries – have been in existence for more than a century, and thermal energy storage even longer than that.

• PROCESS HIGHLIGHT

Cost-effective energy storage has long been heralded as the “holy grail” for the widespread deployment of distributed energy resources. While electrochemical energy storage – i.e. batteries – have been in existence for more than a century, and thermal energy storage even longer than that.

INTRODUCTION OF THIS PAGE

SYSTEM AUTOMATION

Geli EOS is a unified platform that enables hardware interoperability through driver, and extends system function and resiliency through applications.

SYSTEM SIMULATION

Geli EOS is a unified platform that enables hardware interoperability through driver, and extends system function and resiliency through applications.

SYSTEM AUTOMATION

Geli EOS is a unified platform that enables hardware interoperability through driver, and extends system function and resiliency through applications.

SYSTEM SIMULATION

Geli EOS is a unified platform that enables hardware interoperability through driver, and extends system function and resiliency through applications.

SYSTEM AUTOMATION

Geli EOS is a unified platform that enables hardware interoperability through driver, and extends system function and resiliency through applications.

SYSTEM SIMULATION

Geli EOS is a unified platform that enables hardware interoperability through driver, and extends system function and resiliency through applications.

INTRODUCTION OF THIS PAGE

Time-of-Use Shift – One of the most basic applications for energy storage systems is to provide electricity during scheduled or known periods of high demand.

Time-of-Use Shift – One of the most basic applications for energy storage systems is to provide electricity during scheduled or known periods of high demand.

Time-of-Use Shift – One of the most basic applications for energy storage systems is to provide electricity during scheduled or known periods of high demand.