Built Around Your Power Requirement
Prismecs designs, integrates, and deploys mobile battery energy storage systems engineered around your site's load profile, operating strategy, and deployment requirements. Factory-tested in Odessa, Texas, each system supports grid support, diesel displacement, or hybrid generation, delivering storage that works the way your project demands.
Prismecs' BESS packages are built around key integrated subsystems, each engineered to work as part of a deployable, field-ready power asset. This is not just a battery bolted onto a trailer, but a complete system designed for demanding industrial applications and duty cycles.
Battery racks provide the physical foundation for storing electrical energy, supporting a dependable architecture that can be configured for different project requirements.
The BMS acts as the battery control and protection layer, continuously assessing operating conditions to keep the storage system within safe limits.
The PCS connects stored battery energy with the electrical network, controlling how power moves into and out of the system during operation.
The EMS serves as the operational layer of the BESS, coordinating system activity and helping operators manage energy according to site requirements.
Fire protection is built into the storage enclosure to identify developing hazards and provide protective measures when abnormal conditions occur.
Thermal control helps keep the battery environment within suitable operating conditions, supporting consistent system performance as site conditions change.
Every BESS unit is packaged for deployment from the start, trailer-mounted or skid-based, dimensioned for transport, and designed for fast site connection.
From managing peak demand to reducing generator runtime, BESS can take on different roles across your power system, helping you operate more efficiently, reliably, and cost-effectively.
Peak shaving battery storage reduces demand charges by discharging stored energy during load spikes, helping facilities manage peak consumption without expanding grid or generation capacity.
Grid support battery storage delivers fast voltage regulation, frequency response, and reactive power, strengthening grid stability where capacity is limited or electrical conditions fluctuate.
Energy shifting battery storage stores electricity during lower-cost periods and dispatches it during higher-demand periods, helping commercial and industrial BESS reduce energy costs.
BESS can reduce generator runtime, fuel use, and emissions when integrated with on-site generation or grid supply, providing reliable power for demanding remote and industrial operations.
A hybrid generator battery system works alongside generators or renewables, improving fuel efficiency, smoothing load changes, and allowing generation assets to operate more effectively.
Temporary battery power for construction sites provides flexible electricity where permanent infrastructure is unavailable or delayed, with trailer-mounted BESS enabling rapid deployment across changing locations.
Battery energy storage as a service provides contracted storage capacity without full ownership, helping businesses reduce upfront costs while maintaining flexible access to BESS capacity.
Prismecs starts with the power requirement, not the product catalog. Every BESS project follows an engineering-driven process that accounts for load, site, operations, and deployment before equipment selection begins.
Prismecs delivers battery energy storage systems for industries where reliable power is essential to keeping operations running and meeting demanding energy requirements.
Enabling Reliable, Scalable Infrastructure for Critical Operations
Empowering the Future with Electrified Mobility
Ensuring Reliable, Efficient Solutions for Energy Infrastructure
Powering Healthcare with Uninterrupted Energy Solutions
Ensuring Uninterrupted Power Operations Across Oil & Gas Phases
Scalable Power Solutions for Uninterrupted Operations
Empowering Smooth Connectivity with Scalable Communication Solutions
Enhancing Efficiency and Sustainability in Mining Operations
Our engineering approach comes from packaging high-pressure rotating equipment in the Permian Basin. We apply that same discipline to every project.
Our engineering discipline comes from packaging gas turbines for demanding, continuous-duty environments. We apply that same process to every BESS system.
We select and integrate equipment around your project requirements, working across manufacturers rather than designing from a single supplier or technology.
Transportability is considered from the first design stage, with system dimensions, road logistics, site access, and rapid connection built into the plan.
We engineer storage, generation, electrical infrastructure, controls, and packaging as one coordinated system, not as separate components assembled in isolation.
Every system undergoes factory acceptance testing, including electrical load testing, BMS/PCS/EMS functional checks, controls verification, protection testing, and system integration checks, at our Odessa facility before shipment to the site.
Every package is designed to meet applicable U.S. safety, electrical, fire protection, and transportation requirements as part of the standard engineering scope.
A mobile battery energy storage system is designed for transport and rapid deployment. Unlike fixed systems, it can be delivered where power is needed without permanent installation. Trailer-mounted BESS solutions can support temporary, remote, or constrained-grid projects where speed and flexibility are important.
PCS, or Power Conversion System, manages the conversion of electricity between the battery and the AC electrical system. It controls how energy is charged and discharged, helping BESS respond to load and grid requirements while maintaining reliable system operation.
To determine how to size a battery energy storage system, we review your load profile, peak demand, operating strategy, required power rating, energy capacity, and discharge duration. Site conditions and intended use, such as peak-shaving battery storage or energy-shifting battery storage, also influence the final system design.
Pricing varies with system capacity, power requirements, equipment, controls, and site conditions. Leasing can make sense for temporary or short-term needs, while purchasing may be more suitable for long-term projects with consistent energy storage requirements.
Service life depends on factors such as cycling frequency, operating temperature, depth of discharge, charge and discharge rates, and system management. Proper operation and maintenance can help preserve battery performance and extend the system’s useful service life.
BESS projects must meet applicable safety requirements based on system design, installation, and local regulations. Fire protection measures are incorporated according to project requirements to help manage thermal and electrical risks throughout system operation.
BESS can support black start when designed with the required PCS, controls, and battery capacity. This capability depends on the system architecture, generator configuration, and specific project requirements.
Every Prismecs BESS project starts with understanding your load profile, site conditions, and operating objectives. Talk to our engineering team about your power and storage requirements, and we’ll help design the right system for your project.
