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BATTERY & ENERGY STORAGE SOLUTIONS

Custom Battery &
BMS Solutions

Configure battery packs and battery management systems engineered for high-power, high-energy and mission-critical applications.

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High Power
Density
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Custom Battery
Packs
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Advanced
BMS
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Engineering
Support
DESIGN YOUR SOLUTION

Configure Your Battery System

Define your application, electrical, cell, BMS and mechanical requirements. Silentra engineering will review the configuration for performance, safety, thermal management and manufacturability.

STEP 01

Application Requirements

Tell us where and how the battery system will be used.

Application Requirements

Select any additional requirements that apply.

STEP 02

Electrical Requirements

Define voltage, capacity, energy and power requirements.

Electrical Features

STEP 03

Cell & Pack Configuration

Define the preferred chemistry, cell format and pack architecture. Leave selections open if you want engineering recommendations.

Cell & Pack Features

STEP 04

BMS & Mechanical Requirements

Define BMS functionality, communication, packaging and production requirements.

BMS Features

STEP 05

Review Your Configuration

Review your battery system requirements before continuing to RFQ.

BATTERY TECHNOLOGIES

Custom Battery & BMS Solutions Engineered Around the Application

Custom battery technologies for high-energy, high-power and mission-critical applications.

HE

High-Energy Packs

Battery architectures optimized for runtime, energy density and weight-sensitive applications.

ENERGY DENSITY
HP

High-Power Packs

High-discharge battery systems engineered for peak current, pulse power and demanding load profiles.

POWER DENSITY
BMS

Battery Management Systems

Monitoring, protection, balancing, communication and intelligent battery management solutions.

INTELLIGENT CONTROL
MOD

Modular Battery Systems

Scalable battery architectures designed around modularity, serviceability and system integration.

SCALABLE DESIGN
TH

Thermal Management

Air, conduction and liquid-cooled pack architectures for demanding thermal environments.

THERMAL CONTROL
CUS

Custom Battery Packs

Cell, busbar, BMS, enclosure and thermal systems engineered around application-specific requirements.

CUSTOM ENGINEERING
ENGINEERING & MANUFACTURING

From Cell Selection to Complete Battery System

Engineering support across battery architecture, BMS, thermal management and system integration.

01

Cell Selection

Cell chemistry, format and performance selection based on energy, power, cycle life and environmental requirements.

02

Pack Engineering

Series-parallel architecture, interconnect, protection and mechanical integration for custom battery systems.

03

BMS Integration

Battery monitoring, protection, balancing, communication and system-level control.

04

Thermal & Safety Review

Review of thermal architecture, operating conditions, protection requirements and pack-level reliability.

MARKETS

Powering Next-Generation Systems

UAS

Drone & UAS

Lightweight high-energy and high-power battery systems for autonomous and mission-critical aircraft.

ROB

Robotics

Compact smart battery systems for autonomous robots, mobile platforms and industrial automation.

EV

Electric Mobility

Battery modules, BMS and power interconnect solutions for electric transportation platforms.

ESS

Energy Storage

Modular battery systems for stationary storage, backup power and distributed energy applications.

A&D

Aerospace & Defense

Rugged battery solutions for demanding reliability, environmental and mission requirements.

IND

Industrial

Battery power for industrial equipment, portable systems, robotics and specialized machinery.

FREQUENTLY ASKED QUESTIONS

Battery Systems FAQs

Yes. Cell selection can be evaluated based on pack voltage, required energy, continuous and peak current, cycle life, operating temperature, weight and dimensional constraints.
No. If you provide the required pack voltage, capacity, energy and current, engineering can help determine an appropriate series-parallel architecture.
BMS requirements can be included as part of the battery system, including monitoring, protection, balancing, communication and system-level interfaces.
The configurator supports high-discharge and weight-sensitive requirements such as continuous current, peak current, runtime, target weight and thermal constraints.
Liquid cold plates can be considered alongside passive, forced-air and conduction-cooled architectures depending on heat generation and operating requirements.
Yes. Existing electrical specifications, mechanical drawings, CAD models and battery requirements can be submitted for engineering and manufacturability review.
START YOUR PROJECT

Configure your battery system.

Define your requirements or work with a Silentra engineer.

Talk to an Engineer