Full immersion from the cell level
KW-890 dielectric fluid surrounds the cells and acts as an active layer of thermal control and propagation protection.
We design, integrate and operate high-performance energy storage infrastructure.

Energy infrastructure that turns capacity, data and control into
KW-890 dielectric fluid surrounds the cells and acts as an active layer of thermal control and propagation protection.
We install and integrate BESS systems nationwide with specialized execution from start to finish.
Data, automation and supervision to optimize performance, savings and asset availability
Each system is sized according to the load profile, operating constraints and the services it must provide throughout its life cycle.
Reduces demand peaks through automatic BESS discharge, lowering charges associated with capacity and maximum demand.
Stores energy during lower-cost periods and uses it during hours with greater economic value.
Maintains critical loads and processes during outages or supply variations, with islanded operation when the architecture allows it.
Provides additional power to add new loads, expand production and defer electrical infrastructure investments.
Capacity, power and duration configured for technical and operating conditions, from 261 kWh to multi-MWh developments
The platform behind the first and only projects in Latin America using immersion-cooled BESS cabinets

Integrated batteries, PCS and EMS for rapid deployment and centralized control

5.015 MWh, 2.508 MW LFP BESS container with integrated BMS, FSS and thermal management
OPSLAG develops energy solutions based on electrical infrastructure analysis, real operating conditions and the technical objectives of each project. Our experience combines applied engineering, sector expertise and asset supervision through operating data.
OPSLAG can structure the project around investment objectives, cash flow, tax benefits and operating horizon.
The client adds the equipment to its assets and receives all savings generated by the project.
BESS implementation with no down payment or initial cash outlay. Lease payments are structured below the estimated energy savings, allowing the project to pay for itself with the savings it generates.
Financed acquisition of the system through a down payment and periodic payments. Financing is structured so that each payment remains below the savings generated while the client adds the asset and can take advantage of applicable tax benefits.
BESS SYSTEMS FOR CRITICAL OPERATIONS
Modeling, simulation, control and monitoring to operate each system with actionable information, traceability and responsiveness
Enter the main values from a GDMTH electricity bill to obtain a preliminary configuration, project value and potential savings. Access requires email verification.
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Total amount due, monthly peak kWh and peak kW. The last two are optional: when left blank, they are estimated from the monthly total.
A space for sharing deployments, partnerships, technology and energy storage analysis

Design, financing, integration and operation under one proposal
Reserved area for commercial materials, training, presentations, technical data sheets and support tools for authorized partners
Enter the access key provided by OPSLAG to view the document catalog. The library may expand with new materials and categories.
Files open in a separate tab. The library brings together interactive guides, technical materials and product documents for authorized partners.
Training material covering the energy business, commercial proposal, BESS technology and support tools
Interactive guide to the regulatory framework for integrating electrical energy storage systems into Mexico’s National Electric System
In-depth BESS certification pathways: applicable standards, process, technical evidence and criteria for projects in Mexico
OPSLAG technical note for the 5.015 MWh liquid-cooled LFP BESS container. The original manufacturer specification is available upon request and subject to a confidentiality agreement.
Share your consumption profile, critical process or capacity requirements to begin the assessment and system sizing.
contacto@opslag.green