Demand Support/EV Charging Case Study

Grid Connected Solar PV with EV Charging Station Supported by Battery Energy Storage System (BESS)

Enclosure:

Cabinet Design

TROES Battery Capacity:

30kW/100kWh

Key Components:

BESS, Level 2 Charger, Level 3 Charger, Solar Panel, Control Software

Function:

Demand Support, Renewable Self-Supply, Resilience, EV Charging

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Client Challenge

Electricity consumption costs and transformer overloading have become big concerns to infrastructure owners. Our client sought to utilize solar PV and an energy storage system to reduce the demand stress on grid and improve bill savings by reducing grid usage during peak periods.

Solution

TROES helped our client successfully integrate a solar PV, Battery Energy Storage System, and EV charger to reduce demand stress on the grid and increase bill savings. Meanwhile, the system provides resilience to this commercial building. Assuming a daily usage of 8 hours and 2066 hours of sunshine yearly, the Battery Energy Storage System will be paid off in 4 years.

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Why TROES?

We designed a NEMA3 outdoor cabinet system specifically for our client’s needs, based on Canadian commercial property. Our highly modular design provides our client with the right sized system to help them avoid paying extra costs for oversized systems.

Result

Customer Type:

Canada based Independent Power Provider and Project Developer

End User:

Office Building Owner

Project Timeframe:

2019 – Summer 2020

Initial Project Cost:

$200,000

Estimated Payback:

~ 4 Years

Company Background

TROES Corp. is a technology firm serving renewable and microgrid-based battery energy storage solutions within the commercial, industrial, and institutional markets. TROES is building a global champion in the decentralized energy environment by bringing modular hardware and in-house software to offer a complete “Microgrid-in-a-Box” turn-key solution.

TROES differentiates by developing, designing, manufacturing, and delivering complete, modular, scalable systems – covering the underserved small to medium sized utility companies between 70kWh-5MWh.

Follow us on LinkedIn to learn more about TROES’ advanced Battery Energy Storage Systems, its proprietary technology, the various applications and its benefits and advantages over other competitive systems.