Transform the energy future with EVLO
Our projects address the rising demand for safe and scalable energy storage solutions. We work with our customers to execute a comprehensive, end-to-end experience that delivers on their diverse needs. Through outstanding support from our experts at all levels, EVLO designs, develops, and deploys large-scale energy storage systems to market.
Our Projects
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Hydro-Québec carries out work on a 58-km long transmission line in a remote community.
Our battery energy storage system was designed to:
- Supply the region’s residential and commercial customers for the entire duration of the work, while limiting the use to diesel generators.
- Once the work is completed, the system will remain in place to manage peaks on the grid and serve as an auxiliary source in the event of an outage.
- First deployment of the EVLO 1000 product line.
Tonnerre
Our battery energy storage system was designed to:
- Provide grid stability during unforeseen circumstances and help balance the power transmission system with frequency regulation (50 Hz)
- The IEC 62933-certified and UL9540A-tested energy storage units provided meet the advanced performance requirements set forth by electric utilities.
SimP
Hydro-Québec plans to deploy a storage system at IREQ in order to carry out research and development projects in the field of network simulation, integration of energy resources and modeling.
Summerland
The storage system will enable peak shaving which will eliminate short-term demand spikes and lower peak loads, reducing the overall cost of demand charges. The solar installation will be geoballasted, meaning no ground anchors or concrete will be needed during construction of the array, helping minimize the carbon intensity of the project.
Gabrielle-Bodis
- Inaugurated in 2021, the generating station has 26,000 solar panels for an installed power of 8 MW.
- Our battery energy storage system was designed to help establish Hydro-Québec’s future development strategies in the context of the energy transition.
Quaqtaq
Quaqtaq is one of the northernmost inhabited villages in Quebec, with average temperatures below -40 °C in winter months.
Our battery energy storage system was designed to:
- Help the community transition from fossil-based energy to renewable energy.
- Be part of an off-grid project.
Kuujjuarapik
Kuujjuarapik is a remote community in northern Canada with approximately 1,000 inhabitants.
Our battery energy storage system was designed to:
- Help the community transition from fossil-based energy to renewable energy (diesel power plant 3.4 MW, in operations since 1974)
- Part of Hydro-Québec’s plan to attain 100% clean energy in Quebec
- Be part of an off-grid project
Applications:
- Peak shaving
- Solar Energy Integration
- Resilience
Lac-Mégantic
In the wake of the July 2013 rail disaster, the city of Lac-Mégantic chose to rebuild its central district by positioning itself as a leader in the energy transition.
- The microgrid is equipped with approximately 1,700 solar panels, powering two EVLO 300 energy storage units.
- In the case of an outage, the batteries can supply downtown Lac-Mégantic with clean electricity for several hours.
- The smart microgrid can also store the surplus energy it generates and feed it back into the main grid.
- EVLO developed new EMS features to enable this microgrid.
Blainville
- Four EVLO 125 system racks, located in a 69,000-sq. ft. office building.
- Integrated and operated by the own building’s EMS
- The project allows to reduce the building’s peak consumption by nearly 15%.
Hemmingford
At the time of its commissioning, the Hemmingford BESS was the largest energy storage system in the Quebec province.
Our battery energy storage system was designed to:
- Postpone important infrastructure investments needed to support the growth of energy demand at the local substation.
- Be used during daily and seasonal peaks to provide power quality, reactive power and voltage support and improve grid resilience.
