Mapleview Energy delivers battery energy storage systems that give commercial and industrial customers control over energy costs, reliability, and infrastructure constraints.
Our modular systems are built from repurposed electric vehicle batteries, transforming retired battery assets into grid-connected energy infrastructure for real-world operations.
Mapleview Energy serves commercial and industrial customers across energy-intensive sectors where uptime, cost control, and operational resilience are critical.
Backup power for irrigation and cold storage, load shifting, and on-site renewable integration.
Peak shaving, backup power, and load management for remote or constrained sites.
Uninterruptible power support, demand charge management, and resilience for critical digital infrastructure.
Community energy storage, critical infrastructure backup, and grid support.
Load management, power quality, and cost control for production facilities.
Solar and wind firming, curtailment reduction, and improved asset utilization.
On-site energy storage provides backup power during outages and grid disruptions, protecting critical operations, equipment, and revenue from downtime.
Energy storage lowers total electricity costs by reducing peak demand charges and shifting consumption away from high-price periods under time-of-use and dynamic pricing structures.
Battery systems capture value from price volatility by charging during low-cost periods and discharging when electricity prices are high, turning energy markets into a controllable operating input.
Storage increases the value of on-site renewable generation by smoothing intermittency, reducing curtailment, and lowering reliance on grid power.
Distributed storage enables facilities to manage growth and changing load profiles without costly grid upgrades or long interconnection delays.
Mapleview Energy's first commercial deployment integrates a repurposed EV battery storage system with on-site solar to provide backup power, peak shaving, and resilience for farm operations in Fergus, Ontario.
A complete energy storage solution from assessment through ongoing operation.
We assess facility load profiles, tariffs, infrastructure constraints, and operational objectives to size and configure the optimal energy storage system.
Each system is assembled using repurposed electric vehicle batteries, integrated with inverters, controls, and safety systems designed for stationary energy applications.
We handle permitting, installation, interconnection, and commissioning, delivering a fully operational system at your site.
We remotely monitor, maintain, and optimize system performance to maximize savings, reliability, and asset life.
No upfront capital required. We install, operate, and share the savings.
| Phase | What We Do | Your Benefit |
|---|---|---|
|
Install
|
Design, build, and deploy a customized battery energy storage system at your facility. Manage permitting, installation, and commissioning. | No upfront capital expenditure. Energy storage deployed with minimal operational disruption. |
|
Operate
|
Monitor, maintain, and optimize system performance. Manage energy flows for peak shaving, load shifting, backup power, and market participation. | Lower electricity costs, reduced demand charges, and improved operational resilience. |
|
Share
|
Share realized energy savings over the system life. Manage responsible end-of-life processing when batteries complete second life. | Aligned incentives. You benefit directly from verified cost savings without asset ownership risk. |
Our AI-enabled Battery Management System continuously monitors, maintains, and optimizes system performance throughout the asset lifecycle.
Real-time state-of-health tracking, thermal monitoring, and performance analytics.
Predictive maintenance, proactive servicing, and module replacement when needed.
AI-driven energy flow management for maximum savings and efficiency.
Responsible transition to certified recycling pathways at end of second life.
The system enables real-time performance tracking, predictive maintenance, fault detection, and lifecycle optimization, ensuring safe operation and maximizing the remaining value of repurposed battery assets.
By managing batteries as operating infrastructure rather than static equipment, Mapleview Energy delivers reliable second-life energy storage at commercial scale.