The Challenge of Medical Refrigeration

Think about how you get your frozen groceries home. You probably head straight home to get the food into your freezer before it melts. Now, consider it on a massive scale, with lengthy travel times and extremely sensitive cargo. That’s the challenge that medical refrigeration presents for the healthcare industry. 

Mobile BESS offers reliable power for healthcare facilities. It delivers the constant, high-quality energy required to maintain refrigeration for medical supplies safely. 

Why Choose GreenGrid?

GreenGrid 90K is a better alternative to diesel generators that fail under extended use and produce harmful exhaust. It also provides more flexibility than expensive, space-consuming permanent microgrids. 

With hybrid recharging, integrating PV, portable chargers, and grid input, GreenGrid 90K is agile. A compact footprint makes it easy to install even in crowded healthcare environments. It can even be set up near patients thanks to LiFePO4 safety, which eliminates thermal-runaway concerns.

This mobile BESS solution also provides:

• >50 hours of refrigeration runtime. GreenGrid 90K can support a 1.4-1.5W medical refrigeration load for more than 2 days at a time.

• 15+ hours of power for clinics. GreenGrid 90K can power a 5kW load for over 15 hours, enough energy to keep a clinic running all day.

• <2% THD output. GreenGrid 90K protects sensitive lab equipment with fewer unwanted frequencies than other energy equipment. 

Contact Us to Learn More

Ready to find out more about mobile BESS? Wondering how it could solve challenges for your business? Contact the Power Up Connect team today. We’ll help you find power solutions that meet your needs and fit your budget. 

Grid disruptions happen, but that shouldn’t mean that critical services have to stop. Emergency operations centers (EOCs) should be able to provide uninterrupted support for their communities. Mobile battery energy storage systems (BESS) are ideal for communications and coordination hubs.

Ensuring High-Quality, Reliable Power

Emergency operations centers, public safety buildings, and telecom hubs serve an important role. Even a momentary outage can have ripple effects. With mission-critical equipment such as radio repeaters, IT racks, satellite links, and HVAC systems, these hubs need to remain online at all times. Otherwise, data loss might occur.

A mobile BESS, like the GreenGrid 90K, provides high-quality, reliable power during grid instability. GreenGrid 90K offers UPS-grade performance with a sub-20 millisecond transfer and less than 2% THD to protect sensitive electronics. The GreenGrid 90K delivers reliable power, with up to 20 kVA continuous output and 30 kVA peak output. It can support multiple systems, ideal for larger telecom hubs. Plus, remote monitoring and safety provide peace of mind and convenience.

Case Studies 

Here are some examples of how mobile BESS can support the power setup of real-world emergency operations centers. 

Oregon’s first EOC microgrid is at the Beaverton Public Safety Center. It uses 873 solar panels with battery storage and a diesel generator. The system is powerful, but it requires permanent installation. 

• Easy to install: GreenGrid 90K delivers similar capabilities without requiring a permanent installation. 

Portland General Electric Salem has a 250 kW/1 kWh battery, and they’ve proposed a 5 MW battery with 200 kW solar for Salem public works. 

• Cost-effective: GreenGrid 90K offers a lower-cost solution for smaller counties looking to upgrade their power setup. 

When North Carolina was hit by Hurricane Helene in 2024, a solar-plus-battery microgrid supplied power to the town center for nearly 6 days. 

• Resilient power: GreenGrid 90K provides autonomous power during emergencies, preventing outages when the main grid is down.

With reliable power and simplified setup, GreenGrid 90K can make your emergency operations center more resilient.

Let’s Keep Your Community Connected 

We’re committed to keeping communities connected through grid disruptions. If you’re ready to invest in mobile BESS for your emergency operations center, let us know. We’re happy to provide a demo and help you find a solution that meets your specifications.

At Power Up Connect, safety and performance are always a priority. We’re thrilled to share that our mobile BESS trailer is the first in the world to achieve UL 9540 certification and approval from Dominion Energy, a testament to the system’s reliability.

What UL 9540 Certification Means

UL 9540 certification was developed by UL Solutions, a leader in global safety science. UL certification recognizes energy storage systems that exceed a high level of safety and performance standards through design, production, testing, installation, and operation. The rigorous testing process is conducted by independent certification agencies in North America. 

UL 9540 certification is based on the following criteria:

• Safety of the battery system

• Functional safety

• Fire detection & suppression

• Containment

• Environmental performance

By surpassing these standards, our mobile BESS trailer is raising the industry bar for safety and performance.

Power Up Connect’s Mobile BESS 

Our mobile battery energy storage system (BESS) is designed for a wide variety of applications, from disaster recovery to electric vehicle charging. Safety doesn’t come at the cost of performance; the trailer offers 90 kWh of power. Plus, it can be coupled with renewable energy sources to minimize environmental impact while maximizing power output. This makes the system agile enough for remote applications.

Our Ongoing Commitment to Safety

Our commitment to innovation doesn’t end there. We believe there are no shortcuts to safety. We’ll always go above and beyond to ensure our products meet the highest-possible safety standards. If you’d like to learn more about our products or safety standards, contact the Power Up Connect team today.

Mobile battery energy storage systems (BESS) are paving the way for more efficient energy storage. They offer plenty of benefits, from renewable power integrations to reliable deployment. However, to capitalize on these benefits, the technology needs to be managed properly. Advanced control systems are one way to get the most out of your investment in mobile BESS.

Why are management systems important?

Your mobile BESS implementation plan shouldn’t end with equipment setup. To optimize your investment, you need to consider how the equipment will be managed, operated, and maintained. 

Having a smart mobile BESS management system is vital. Here are some of the reasons why:

• Improve resource management

• A mobile BESS advanced control system helps you allocate and distribute resources properly.

• Boost equipment efficiency

• Monitoring mobile BESS ensures that power storage and output are optimized for performance.

• Reduce risk

• A well-managed system is less likely to experience issues, which lowers the risk of power lapses in your community. 

What should a mobile BESS management system include?

A mobile BESS advanced control system should include the 3 M’s: monitoring, management, and maintenance. 

Software integrations are a great way to monitor your system. Look for software that provides real-time metrics tracking. These solutions can also notify you if there are any changes in your system that could indicate issues. A Battery Management System (BMS) can help with battery health, increasing the longevity of your equipment. If performance can be improved, a maintenance plan ensures that your system is back at peak operation quickly.

How do I pick the right management system for mobile BESS?

While most mobile BESS advanced control systems include the same general components, they can be tailored to your needs. Be sure to consider your equipment, constraints, and goals before selecting a management system. You can work with experts like the Power Up Connect team to determine the right control system.

Get More at Power Up Connect

Power Up Connect is more than just a technology provider. We’re here to help you find solutions, and that goes beyond the equipment. From implementation to system management, we’ll make sure your energy system is set up for long-term success. Contact our team today to learn more.

In the U.S. in 2024, capacity growth from battery storage hit a new record with 10.3 GW added to the grid. The trend is expected to continue in 2025. Battery storage is the future, andmobile battery energy storage systems (BESS) will undoubtedly play a part. These systems are optimal for grid resilience, providing backup power, demand response, and other critical services.

The Role of Mobile BESS in Energy Storage

Mobile BESS is a secondary energy source that holds power for future use. These backup power systems are extremely agile, easily transported, and highly durable. Mobile BESS is also compatible with solar to harness the power of renewable energy. 

Power Up’s mobile BESS units store 90kwh of energy, ready to be deployed for disaster recovery, event support, and power outage relief. They are outfitted with an 1100-watt solar array for added sustainability and cost-efficiency. Additionally, you can daisy-chain up to 10 units to meet onsite power requirements. For more permanent installations, you can add a ground-mount rack that provides an expanded system of 4400 watts of solar. 

How Mobile BESS Supports Grid Resilience

Unexpected outages are rising and the demand for reliable energy is higher than ever. As the energy landscape changes, grid resilience is critical. Mobile BESS is a flexible and efficient way to optimize energy management and promote grid stability. 

The following grid services set mobile BESS apart:

1. Backup Power

Because of the rise in natural disasters, power outages are becoming increasingly common. During an outage, battery storage can act as a microgrid. Mobile BESS can be deployed wherever an outage occurs, ensuring that critical services never lapse for communities in need.

2. Demand Response

Energy demands fluctuate, sometimes unpredictably. With mobile BESS on hand, you can use energy reserves during periods of intense demand to reduce grid burden. Load balancing like this can also help prevent outages that may otherwise result from putting too much strain on the grid.

3. Frequency Regulation

Mobile BESS can also contribute to the grid’s frequency regulation. These systems are able to provide a rapid response and adjust within seconds, stabilizing the grid when fluctuations occur.

Building A Resilient Future

If you’re ready to invest in energy resilience, or have questions about battery storage options, contact the Power Up Connect team today. Our knowledgeable and passionate team can guide you to the right solution for your organization, so we can shape the future of energy, together.

Our energy infrastructure is evolving. New technology, like mobile battery energy storage systems (BESS) is emerging, bringing renewable energy to more places than ever before. 

However, new technology brings new considerations. Does mobile BESS present cybersecurity challenges? In this blog post, we’ll explore what threats exist and how to prevent cyber issues so that your energy system stays protected.

The Growing Prevalence of Mobile BESS

Mobile BESS units are chosen for a wide variety of use cases. From event management to disaster relief, these systems streamline energy deployment and bring extra power wherever it’s needed most. Without grid reliance, they’re also more sustainable than legacy energy options like generators. 

Because these systems are increasingly common, it’s all the more important to consider potential security risks. 

What kinds of cybersecurity issues impact mobile BESS?

Individually, mobile BESS is not susceptible to cyber security threats. Potential system disruptions can occur when mobile BESS is integrated with other systems. These issues can impact system performance, interrupt operations, and even lead to data breaches.

For example, connecting mobile BESS with Internet of Things (IoT) infrastructure or smart grids can increase the chance of cyber intrusions from other devices on the IoT network. Linking mobile BESS units with control servers can also expose them to vulnerabilities. 

How can we protect mobile BESS from cyber threats?

While cyber threats are rare, it’s always better to stay informed and be proactive. To keep your mobile BESS investment protected, you should have a cyber safety plan that will mitigate risk. 

When connecting mobile BESS with other systems or servers, check that all components are secure and have up-to-date software. Check if any interconnected devices can be encrypted or password-protected.

The physical mobile BESS unit should be well-maintained and kept free of damage. Following safety and testing protocols when deploying and servicing mobile BESS will keep the system resilient against attacks.

Ensure anyone who is operating the system has been trained in cybersecurity and is aware of potential risks. You should also monitor the system after it has been deployed and regularly check for issues. If you suspect the system has been tampered with or exposed to an attack, contact your mobile BESS provider and explain the situation.

Protecting Our Energy Future, Together

By understanding the potential challenges of our mobile technology, we can harness the full potential of renewable energy for a better tomorrow. We’re here to empower you with the information and resources you need to keep your community connected. If you have any questions about mobile BESS security, contact our team today. 

Mobile battery energy storage solutions (BESS) play a critical role in modern energy planning. From natural disaster response to rural electrification, these systems have a wide variety of applications. 

When used correctly, a mobile BESS unit is a smart investment that will last a long time. However, just like any battery or electric equipment, these units will eventually reach the end of their lifecycle. In this blog post, we’ll explore the lifecycle of mobile BESS and explore options to lessen their environmental impact.

Mobile BESS Components & Lifecycle

If you’re investing in mobile BESS, it’s important to have a plan for every stage of the equipment’s lifecycle. When you deploy mobile BESS, what does the installation process look like? What happens when it’s time to dispose of the equipment? 

First, it’s helpful to understand the components of mobile BESS. In order to store and distribute energy, Mobile BESS units are composed of many parts. Most importantly, a lithium-ion battery is at the core of the system. Inverters convert the DC power into AC power that can be sent to whatever you need to run, whether that’s construction equipment, electric vehicles, or other gear. The exterior shell of the unit is typically made of metal. 

Sustainability Considerations for Mobile BESS

One of the many advantages of mobile BESS is that it is comparatively environmentally-friendly. Compared to traditional generators, mobile BESS units are easier on the planet, especially when equipped with solar panels. Plus, mobile BESS can help reduce reliance on harmful fossil fuels. 

As we work towards a more sustainable future, consider the environmental impact of each lifecycle phase. Mobile BESS disposal is an important consideration. Recycling programs can help reduce the environmental footprint of energy systems.

One of the best ways to increase the sustainability of mobile BESS is to extend the usage phase. By keeping the equipment well-maintained, you can extend its lifespan, preventing waste caused by frequent unit replacement.

What’s Next for Mobile BESS?

As the technology continues to develop, mobile and non-mobile mobile BESS manufacturers might begin to prioritize recyclability. This could take many forms. Reusable batteries, commonly known as second-life batteries, can act as backup power for homes when paired with solar energy, ensuring they stay charged when required. This concept also applies to electric vehicles; once the battery reaches the end of its life cycle and operates at 70-80 percent efficiency, these battery packs can be integrated into both mobile and stationary Battery Energy Storage System (BESS) setups as a cost-effective alternative to generators. Replaceable batteries could cut down on waste significantly. There are many possibilities, and we’re excited to see what the future holds for mobile BESS.

Let’s Power Up the Future Together

By continuing to understand and improve the lifecycle of our technology investments, we can create a more sustainable tomorrow together. Contact the Power Up Connect team today to learn more about mobile BESS and other energy solutions.