Power Storage Solutions Microgrid & BESS

microgrids

power without limits

Go beyond the grid with cleaner, cost effective, and more resilient on-site energy.

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What is a Microgrid?

In short, a microgrid is exactly what it sounds like. A small energy system that can operate independently or hand-in-hand with the traditional utility grid. These microgrid systems integrate distributed and/or renewable energy resources—such as batteries, generators, solar, and wind—into a single, controllable network that powers your facility, campus, or critical power infrastructure.

Should the traditional utility grid go down for any reason, a microgrid can seamlessly switch to "island mode", keeping your operations online without interruption. Industries such as data centers, petrochemical refining operations, manufacturing plants, or hospital networks can't afford to go without power and greatly benefit from customized microgrid solutions.

Microgrids offer the flexibility to manage energy generation, storage, and consumption on your terms—enhancing reliability, optimizing costs, and supporting sustainability goals.

STAY POWERED THROUGH ANYTHING WITH turn-key MICROGRID solutions

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redefine reliability

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Benefits of Microgrids

When you take control of your energy, the advantages are immediate—and the impact is long-lasting. Across a variety of industries, microgrid owners benefit from:

resilience

Keep your operations running during grid outages, natural disasters, or unstable utility service. No matter the weather, you're in control.

cost control

Microgrids can reduce peak demand charges, manage energy pricing volatility or rate hikes, and lower your overall energy costs.

independence

Enjoy the flexibility to generate, store, and use your own power—on-site and on-demand. Reduce reliance on the main grid.

sustainability

Integrate renewable energy sources like solar and wind to reduce your carbon footprint and capitalize on environmental incentives.

scalability

Microgrids can evolve with your needs. Expand your energy system without overhauling your infrastructure.

grid support

Provide demand response or sell power back to the grid, turning your energy system into a revenue-generating asset.

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common components

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How Do Microgrids Work?

Microgrids are capable of integrating various energy sources and systems to deliver reliable, independent power. It balances energy generation, storage, and usage to ensure seamless operation—on or off the main utility grid.

how it all comes together

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Our Microgrid Design & Installation Process

Before a single wire is connected, Power Storage Solutions takes a strategic, step-by-step approach to ensure your microgrid is tailored for success.

From feasibility and financial planning to system optimization, we guide you through the entire process aligning your energy goals with smart design, expert engineering, and lasting performance.

Every detail is planned with precision—because with the right process, powerful results follow.

Step 1: Feasibility Assessment

Each microgrid is designed differently, with different needs in mind. This creates differentiated layouts, maintenance, sustainability measures, and costs associated with your microgrid. Prior to installation, an extensive planning process takes place. First, a feasibility assessment is conducted by an industry expert who will reveal and explain any potential benefits or obstacles related to your system.

Step 2: 30% System Design

Depending on your unique needs and your planning team, design layouts may be conducted during the feasibility assessment. System design includes what size and type of equipment is required, where each part will be located, and how each part will connect with one another in order for the system to function.

Step 3: Cost Estimation & Financial Planning

Financial planning is the most important step. Your planning team will work closely with you to provide the best cost analysis and estimate within your budget. This estimate has a drastic impact on feasibility, budgeting, and equipment. This stage also allows business owners to allocate funds for the project. Business owners may cover the costs with capital or internal financing is typically a viable option. This allows organizations to reap the benefits of the microgrid system, but a third party fronts the cost.

Step 4: System Engineering Design & Utility Interconnection

Creating and installing microgrids requires advanced levels of electrical expertise, equipment, and advanced knowledge of distribution channels. An industry expert will work closely with you to turn ideas into blueprints.

Step 5: Procurement & Construction

Order equipment and schedule installs in a timely manner that least impacts daily operations. Larger pieces of equipment tend to have much longer lead times. Meaning, you shouldn’t wait to order those last. Installing a microgrid also involves extensive knowledge in working with electricity. As a business owner, you must consider how your business will be affected by the microgrid process from start to finish.

Step 6: System Commissioning

The system commissioning phase involves a great deal of testing to ensure your system is meeting its desired function and achieving optimum performance. Factory acceptance testing, site acceptance testing, and system commissioning are all expected to be conducted during this phase. In addition, you will also receive comprehensive training on different aspects of your microgrid such as its basic functions, operations, and features. Again, it is recommended that you consider how daily operations will be affecting during this process.

Step 7: Operations & Optimization

Regular maintenance of power systems is key to reliability and longevity of your equipment. However, with a microgrid, a little bit more maintenance is required. Microgrids can utilize weather data, performance data, and pricing signals to continuously improve and maintain your system with a controller. It is imperative to have highly trained operators monitoring your system to ensure it is functioning properly and maintaining optimal performance.

smarter power starts here

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Request a Microgrid Feasibility Assessment

Fill out the form below to begin your custom microgrid journey. Don’t worry, we don't need every detail up front — just complete the form to the best of your ability. Our team of experts will follow up to collect missing information and guide you through the next steps.

Meet Our Dedicated Microgrid Team

Bryan cummings

Microgrid Product Manager

Bryan brings over 20 years of experience in R&D and technical applications, with a passion for driving innovation, reliability, and functionality. He is dedicated to testing and researching new technologies in power and sustainability, ensuring cutting-edge solutions that meet the evolving needs of the industry.

Shannon Willer

Strategic Sales Manager

Shannon brings over 20 years of critical power expertise, specializing in telecommunications, disaster preparation, and emergency response. Having previously served as our Regional Service Manager in Florida, Shannon brings extensive technical expertise to our sales department, which allows her to quickly identify the best solutions for your operations.

WILL HAMILTON

Strategic Sales Manager

Will brings over 15 years of power storage expertise to our team, ranging from warehouse to technician to project management to sales. He has an exceptional ability to understand your operational needs, offer tailored, efficient power solutions, and ensure your projects are completed in a safe, and timely manner.

OUR trusted partners

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project portfolio

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Turn-key Solutions for Various Needs

Before a single wire is connected, Power Storage Solutions takes a strategic, step-by-step approach to ensure your microgrid is tailored for success.

From feasibility and financial planning to system optimization, we guide you through the entire process aligning your energy goals with smart design, expert engineering, and lasting performance.

Every detail is planned with precision—because with the right process, powerful results follow.

scalable solutions without boundaries

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54V Microgrid Powered by Toshiba

This highly customized microgrid project was designed to provide critical communications backup for a power plant, built around a 54V, 3600Ah system utilizing Toshiba technology. Designed to meet precise operational and energy storage requirements, the solution reflects our ability to adapt to specialized project needs in mission-critical environments, regardless of size or sector. Whether for utility, industrial, emergency, or remote applications, this project showcases the technical depth and tailored approach that define our microgrid capabilities.

Powering possibilities abroad

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Custom Microgrid Supports Orphanage in Bahamas

This customized microgrid project was designed for an orphanage in the Bahamas, where resilience and energy independence are essential to daily care. The system was engineered with scalability in mind, starting at 30kWh with the flexibility to expand as the facility’s energy needs evolve. Supported by FNSPower, we continue to see positive outcomes with remote monitoring software. This microgrid project ensures a safe, stable, and sustainable environment for the children - providing reliable, clean power in a remote location, all while reducing reliance on traditional grid infrastructure.