Reliable Power. Smarter Energy. Lower Emissions.
Elmore Energy designs and integrates advanced Battery Energy Storage Systems (BESS) to optimize power generation, reduce diesel dependency, and enhance energy reliability across industrial, commercial, and off-grid operations.
Power Stability Meets Innovation
Elmore Energy designs scalable battery energy storage systems around your site’s load profile and operating goals. Whether you want to stabilize your power supply, reduce energy costs or move toward renewables, we size and configure the system to fit.
Hybrid Diesel + Battery Energy Systems for Fuel Efficiency and Reliable Power Supply
In regions where diesel generation remains necessary, Elmore Energy’s hybrid approach intelligently pairs battery storage with diesel systems. Batteries discharge during peak demand to reduce generator runtime and fuel use, then recharge automatically during off-peak hours or through renewable sources.
Key Results:
Less generator runtime and fuel use
Backup for critical loads during outages
Lower emissions and generator maintenance
End-to-End EPC Service
Elmore Energy delivers complete turnkey energy storage solutions — from feasibility and system design to procurement, installation, commissioning, and remote monitoring. Our systems are modular, containerized, and fully tailored to your operational needs.
The Elmore Energy Advantages
At Elmore Energy, we combine trusted reliability with modern renewable innovation to create smarter, cleaner, and more efficient energy systems.
Our Battery Energy Storage Solutions (BESS) don’t just store power — they redefine how energy is generated, managed, and optimized.
Battery, inverter and control systems chosen for your load profile and site conditions.
One team from planning and design through installation and commissioning.
Less generator runtime and better use of stored energy can reduce operating costs.
Modular architecture allows easy expansion and upgrades.
Simple, Safe and Seamless
Every successful energy storage project starts with a precise plan. At Elmore Energy, our process is designed to minimize risks, ensure compliance, and deliver maximum long-term performance. From concept to commissioning, we handle every stage with technical precision and transparency.
We begin with a detailed energy audit and site evaluation to understand your load profile, consumption patterns, and infrastructure.
We model system performance, expected savings and grid interaction for your site before installation begins.
Based on the feasibility results, our technical team develops a custom-engineered BESS configuration tailored to your site.
We determine battery capacity, inverter specifications, and control systems, while factoring in redundancy, safety standards, and scalability.
The result is a system optimized for efficiency, resilience, and future expansion — whether standalone, hybrid, or grid-tied.
Once design is approved, we source components from established suppliers that meet the project specifications.
Our EPC team oversees the full installation — including civil works, electrical integration, control setup, and commissioning — ensuring everything operates flawlessly and in full compliance with regulatory requirements.
After commissioning, the system’s monitoring platform lets you track performance and system health, and we provide support and maintenance as agreed in your service plan.
Everything You Need to Know
Common questions from facility and operations managers about battery energy storage: how long systems last, how they operate, what affects payback and how they are kept safe.
Lifespan depends on the battery chemistry, how often the system cycles, operating temperature and maintenance. We size the system and set operating limits to protect battery life, and each system includes a battery management system (BMS) that monitors temperature, voltage and charge in real time.
BESS can function in three primary configurations — standalone, grid-tied, or hybrid.
Our systems are fully customizable: they can store energy from renewable sources, stabilize grid fluctuations, or work alongside diesel generators to reduce runtime and fuel consumption.
This flexibility makes them ideal for industrial sites, commercial buildings, and remote off-grid applications alike.
Payback depends on your energy use, local electricity rates and how the system is used (peak shaving, load shifting or backup power). Before installation we prepare a financial model for your site that shows the expected savings and payback.
Safety is designed in from the start: fire detection and, where required, suppression; protection that monitors temperature, voltage and state of charge in real time; design to the codes and standards that apply to your site; and testing before the system is handed over.
Get in Touch
35 Fulton Way, Unit 200, Richmond Hill, ON L4B 2N4
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Elmore Energy delivers solar, battery storage, EV charging and engineering solutions for homes, businesses and industrial facilities across the GTA and Ontario.
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