Energy Storage for Smart Microgrids | Positive Energy

Energy Storage
for Smart Microgrids

Positive Energy develops advanced battery energy storage systems (BESS) designed to extend grid capacity, reduce energy costs, and enable the deployment of smart microgrids.

Our systems are built using second-life electric vehicle batteries and integrated with intelligent energy management, delivering a cost-effective and sustainable solution for real-world energy challenges.

Energy storage is no longer optional it is a critical component of modern energy systems. As demand grows and grid capacity becomes constrained, BESS enables flexibility, resilience, and access to energy where and when it is needed.

Built on second-life EV batteries and intelligent energy management, the platform enables flexible, right-sized configurations tailored to each application without oversizing or unnecessary complexity.

Flexible by design

Our solutions adapt to a wide range of operational needs:

  • Mobile and distributed systems

    Compact and transportable units designed for temporary power, construction sites, and distributed energy applications, including diesel replacement and rapid deployment scenarios.

  • Commercial and municipal systems

    Stationary or semi-mobile installations supporting peak demand management, energy cost optimization, and resilience for facilities such as pumping stations and industrial sites.

  • Infrastructure-scale systems

    Large, stationary deployments enabling microgrids for mining operations, remote communities, and critical infrastructure requiring high-capacity and reliable energy systems.

Our approach

  • Second-life EV battery integration, revalorizing end-of-life batteries into high-performance energy storage systems
  • Right-sized system design, tailored to actual energy needs with no oversizing
  • AI-enabled energy management (EMS) for real-time optimization of energy flows and peak demand
  • Microgrid-ready architecture for seamless integration with distributed energy resources (DER)

Key benefits

  • Extend available energy capacity
  • Reduce peak demand charges
  • Enable smart microgrid deployment
  • Lower total cost of ownership
  • Reduce GHG emissions through diesel displacement and energy optimization

Environmental impact

We transform EV battery waste into clean, dispatchable power driving circular economy, reducing GHG emissions, replacing diesel, and accelerating the deployment of smart microgrids and decentralized energy systems.

From mobile units to infrastructure-scale deployments, Positive Energy delivers scalable energy storage solutions designed for real-world applications.