PORTABLE POWER SOLUTIONS
Reliable & Secure
Energy Solutions
We are committed to delivering reliable and secure energy solutions that keep
your devices powered safely, ensuring uninterrupted performance
wherever you are.
OUR MISSION
Power With Safety
Safety is a fundamental aspect of Omnicharge’s product design. We continuously refine our technology,
engineering, and manufacturing processes to ensure our power solutions meet the highest standards
for reliability and security. By integrating advanced power management, battery protection,
rigorous testing, and quality control, we create products that perform
safely in a variety of environments.
OUR PATH
Why Choose Us?
Power Safety Design and Engineering
Omnicharge’s power safety design integrates precise voltage regulation, intelligent power allocation, advanced thermal management, and multi-layered electrical protection to ensure reliable, efficient, and secure power delivery while preventing surges, overheating, and short circuits.
Battery Safety Design and Engineering
Omnicharge’s battery safety design ensures reliable and long-lasting performance by utilizing high-quality battery cells, advanced battery management systems (BMS) for real-time protection against overcharging and overheating, dynamic thermal regulation, proprietary cell balancing, and a reinforced enclosure with fire-resistant materials to prevent failures and enhance durability in demanding environments.
Product Safety Testing and Certification
Omnicharge ensures product safety and reliability through rigorous in-house testing—including thermal, impact, drop, and electrical safety tests—while exceeding international safety standards such as IEC 62133, IEC 62368, RoHS, CE marking, and UN38.3 certification, guaranteeing compliance with global regulations and optimal performance in real-world conditions.
Manufacturing and Quality Design and Controls
Omnicharge upholds the highest quality and safety standards through precision manufacturing, automated inspections, and rigorous quality control at every stage, ensuring that every power bank undergoes thorough component verification, assembly line monitoring, and final functional testing for optimal performance and reliability.
SECURE ENERGY SOLUTIONS
Power Safety
Design & Engineering
At Omnicharge, power safety is a core part of our design process.
Our engineering team focuses on ensuring that every power bank is built for both performance and safety,
incorporating reliable power management, thermal control, and protective circuitry.
Safe Power
Control Systems
Precise Voltage Regulation
Ensures that every device connected to the power bank receives a constant and regulated voltage, preventing surges that could damage the device.
Smart Power Allocation
Our systems monitor real-time charging and adjust the power output to match the needs of each connected device, minimizing the risk of overloading or underpowering.
Power Loss Optimization
Reduces energy wastage through intelligent power management, ensuring that every watt is utilized efficiently, extending battery
longevity and reducing heat buildup.
Advanced Heat
Dissipation & Thermal
Control
Thermal Pads and Heat Sinks
These advanced materials and designs help distribute and dissipate heat generated during charging or discharging processes, minimizing thermal build-up.
Thermal Detection Sensors
We incorporate thermal sensors that continuously monitor the power bank’s temperature and activate dynamic powering systems or cut off power in the event of excessive heat buildup.
Short Circuit Prevention
& Fault Detection
Advanced Circuit Protection ICs (Integrated Circuits)
These components are designed to immediately detect any irregularities in power flow, such as short circuits, and will cut off power to prevent further damage.
ELECTRICAL SAFETY DESIGN
6 Layers of Device Protection
Provides a multi-tiered approach to electrical safety, ensuring redundancy and fail-safe mechanisms in case of power fluctuations or sudden surges.
3 Layers of Output Protection
Ensures that connected devices are safeguarded from excess voltage, current overload, and unintended power spikes, preserving their lifespan and functionality.
2 Layers of Input Protection
Shields internal circuits and components from unstable voltage sources, reducing the risk of internal damage and operational failures.
SECURE ENERGY SOLUTIONS
Battery Safety
Design & Engineering
Omnicharge prioritizes battery safety to ensure reliable and long-lasting
performance. Our design incorporates high-quality battery cells, advanced
protection systems, and real-time monitoring to guard against potential
risks such as overheating, overcharging, and capacity
degradation, while maintaining efficiency and durability.
Battery Chemistry and
Cell Selection Engineering
Cell Selection: Our engineers carefully select the highest quality battery cells to meet stringent safety and performance standards. By choosing Li-ion cells from reputable suppliers, we mitigate the risk of poor cell performance, which can lead to overheating, thermal runaway, or capacity degradation.
Thermal Stability: We prioritize cells with high thermal stability, ensuring that they can withstand high
temperatures without the risk of cell rupture
or combustion.
Balanced Cell Arrays: For power banks with multiple cells, we implement sophisticated cell balancing circuits that ensure all cells charge and discharge evenly, reducing the chance of individual cell failure.
Battery Health
Monitoring System
Dynamic Charging Algorithm: Adjusts power input based on real-time battery levels, optimizing charge cycles to extend battery life, improve efficiency, and prevent overcharging.
Dynamic Power Control System: Monitors real-time battery temperature and voltage conditions, intelligently adjusting output to mitigate overheating risks and prolong battery health.
Integrated Battery
Management Systems (BMS)
Overcharge and Overdischarge Protection: The BMS monitors the voltage of each cell in real time,
preventing overcharging or discharging that could lead to reduced lifespan or failure.
Current Monitoring: Our BMS continuously tracks the current flow to detect irregularities and stop the charging process if unsafe conditions are detected.
Dynamic Thermal Regulation: The BMS uses the temperature data to dynamically regulate charging and
discharging rates. If a temperature sensor detects excessive heat buildup, the BMS automatically adjusts the power flow or even temporarily suspends operation to prevent overheating and potential damage.
Charging Thermal Management: Uses precision
temperature sensors to regulate heat dissipation,
preventing overheating during prolonged charging and discharging cycles.
Proprietary Battery Balancing Management:
Prevents uneven charge distribution by ensuring that each cell maintains consistent energy levels, which helps avoid overheating and improves battery efficiency.
Battery Overcharging/Discharging Protection:
Implements intelligent cutoffs to prevent extreme voltage fluctuations, ensuring that the battery remains within optimal charge parameters for extended
durability.
Under-Voltage Protection: Ensures that the power system operates within safe voltage thresholds,
preventing shutdowns, voltage instability, and component degradation.
Mechanical Safety
Design
V0 Grade Flame Retardant Materials (UL94-V0 standard): Utilizes fire-resistant casing and components, ensuring enhanced safety in case of electrical faults or exposure to high temperatures.
Durable and Resilient: Engineered for reliability in demanding environments, the unit is built to maintain optimal performance even after prolonged exposure to challenging conditions, such as rough handling, fluctuating temperatures and regular movement.
Drop Test Standard: Rigorously tested with industry drop standards to simulate real-world impacts, ensuring that the internal components remain secure and functional even after accidental drops.
Advanced Battery Enclosure: Features a reinforced outer casing that protects internal battery cells from physical damage, reducing the risk of leaks, malfunctions, and hazardous failures.
RELIABLE SOLUTIONS
Product Safety
Testing & Certification
Ensuring the safety and reliability of our products is a rigorous and multi-step process that
involves extensive testing and certifications. At Omnicharge, we go beyond compliance
with regulatory standards to ensure our products perform safely under a wide range of
real-world conditions.
In-House Safety
Testing
Thermal Testing
Our power banks are subjected to high-temper ture tests to simulate extreme environmental conditions. This helps us verify that our products can safely operate in hot climates or during prolonged charging cycles.
Impact and Drop Testing
Each unit is dropped from varying heights onto different surfaces to simulate real-world accidents. This testing ensures that our
enclosures are robust enough to protect the internal components.
Electrical Safety Testing
Our power banks undergo short-circuit, overcurrent, and overvoltage testing to ensure they can withstand electrical anomalies without compromising user safety.
International
Certifications
IEC 62133 Compliance
All our power banks comply with the IEC 62133 standard, which governs the safe use of batteries in portable devices, ensuring they are safe for international markets.
IEC 62368 Compliance
Our power banks also comply with the IEC 62368-1 standard, which applies to audio/video, information, and communication technology equipment. This certification ensures that our products meet modern safety requirements, focusing on the prevention of electric shock, fire, and other hazards. By adhering to the IEC 62368-1 standard, we ensure that our power banks are safe for consumer and industrial use, addressing both electrical and thermal risks effectively.
RoHS and CE Marking
Our products meet the European Union’s RoHS standards for restricting hazardous substances and CE marking for compliance with EU safety and environmental regulations.
UN38.3 Certification and Battery Testing
All lithium-based battery chemistries must pass environmental, electrical, and mechanical safety tests.
The UN38.3 certification includes:
_T1: Altitude Simulation - Tests battery functionality in low-pressure
environments, ensuring safe air transport and high-altitude operation.
_T2: Thermal Test – Evaluates battery resilience when subjected to
rapid temperature shifts, preventing material expansion or
contraction failures.
_T3: Vibration Test – Simulates constant movement and shaking
during transport to ensure internal components remain securely in
place.
_T4: Shock Test – Determines impact resistance, testing the ability to withstand sudden drops or collisions.
_T5: External Short Circuit Test – Analyzes the system’s response to
unintended short circuits, verifying protection mechanisms.
_T6: Impact Test – Tests the structural integrity of battery cells to
prevent punctures, leaks, or ruptures under force.
_T7: Overcharge Test – Assesses the battery’s ability to prevent
overvoltage issues by integrating automatic power cutoffs when
limits are exceeded.
_T8: Forced Discharge Test – Simulates accidental full discharge
scenarios to ensure batteries do not become unstable or dangerous
when fully drained.
POWER SAFETY
Manufacturing
Quality Design & Control
Precision Manufacturing
Our manufacturing facilities are equipped with advanced
machinery and automation systems that ensure the precise assembly of each power bank. By utilizing robotics and automated inspection systems, we minimize human error and maximize the consistency of every unit produced.
Quality Control at Every Stage
Incoming Quality Management
All incoming components, including battery cells, PCBs (printed circuit boards), and enclosures, undergo rigorous inspection to meet our high standards.
Assembly Line Monitoring
During assembly, automated and manual inspections are
conducted to ensure each unit meets specifications, including electrical continuity, thermal safety, and structural integrity.
Final Testing
Before shipping, every power bank undergoes final functional testing to verify that it performs as expected, including charging/discharging cycles, thermal stability, and output accuracy.
The World's Top Enterprises
Choose Omnicharge
Omnicharge has provided a versatile, movable power solution for spaces without desk outlets. With USB, power cord, and wireless charging options, it supports users on the move, in meetings, or while traveling. It’s been well received by those who use it, though broader adoption would be great. Overall, it’s the best option we’ve seen for flexible charging needs. Highly recommended!
Jerrid Freeman
VP for Student Affairs & Enrollment Managemen, Northeastern State University
No more tripping hazards
Omnicharge has provided flexible power solutions with a convenient place to store, charge, and use batteries, reducing tripping hazards.
Nick Loucanides
The Fetzer Institute
Omnicharge has been a perfect solution for powering pop-up workstations, kiosks, decorative lighting, registration stations, and charging hubs for phones and laptops. Its mobility and quick-charging capabilities have reduced instances of devices being unplugged for emergency charging. We’ve already recommended Omnicharge to other parts of our team!
Megan Phaup
Multimedia Services Manager, Capital One
"Omnicharge provides WeWork employees the opportunity to work wherever they are most productive. regardless of the available or unavailable power sources. Omnicharge portable chargers was piloted in Chelsea HQ starting April 23rd for 60 business days as a free trial. We’ve researched other options, and there isn’t really much competition in the portable charging market."
Heather Miller
Wework, Community Lead
Omnicharge has transformed how we manage battery charging, providing an organized, efficient central hub where everyone can easily grab and go. It’s streamlined our workflow, and we’d highly recommend Omnicharge to any organization looking for a reliable charging solution.
Karl Bossard
Captain, United States Air Force
Omnicharge stations have transformed our learning environment by providing easy, on-demand charging for students, ensuring they stay connected and productive throughout the day. The convenience and flexibility far outweigh the cost of installing traditional outlets, making Omnicharge a highly recommended power solution!
Bruce Sarte
Director of Information Technology, Cedar Crest College
"We were looking for a solution to provide our guests with power while out in the city. The Omnicharge turned out to be a perfect fit since it can charge not only your phone but also laptops or cameras. The built-in AC outlet is also great for events and conferences to power larger equipment like projectors or audio equipment."
James Dawn
General Manager Crowne Plaza Atlanta
"We looked at different docking stations before your product was brought to our attention by our corporate headquarters. We liked the fact that it was portable since passengers are not stationary in the lounge, they go to the bar, to the restroom, etc. Many don’t like the idea of leaving their electronic devices unattended and this gives them that mobility."
David Flax
General Manager, Wingtip Lounge in JFK Airport
Omnicharge has greatly improved our workspace mobility, allowing users to charge their laptops anywhere in the building with rapid charging. While some users struggle with selecting the correct voltage, possibly due to the small screen, online support resources have been helpful. Overall, it’s an excellent solution for flexible, efficient laptop charging!
Sjoniece Wolffe
IT Service Delivery Manager, Argus Group Holdings Limited
Omnicharge has solved our power accessibility issues in open collaboration spaces and enclosed rooms with hard-to-reach outlets. Its mobility allows for better space utilization while maintaining a sleek, reliable design.
Emma Thanhauser
Manager, Workplace Design, American Express
Omnicharge has revolutionized our conference room setup by eliminating messy surge protector cords and reducing tripping hazards. With both outlet and USB options per person, everyone stays powered up seamlessly. Improved leasing options would be a welcome addition. Overall, the self-contained unit has been a game changer—highly recommended!
Christina Loaiza
Senior Facilities Manager, West Region, PepsiCo
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