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Optimise Your EV Charging with Dynamic Load Balancing.

Unlock the full potential of your EV chargers while protecting your energy infrastructure with Dynamic Load Balancing (DLB). DLB ensures your chargers operate efficiently within your existing power capacity, avoiding costly grid upgrades whilst maintaining a reliable charging network for your fleet, workplace or public charging network.

How Dynamic Load Balancing Can Transform Your site

Ensure Your EV Charging is Compatible with Your Site Using Dynamic Load Balancing.

 

As EV adoption grows, businesses and landowners are looking to offer charging facilities without compromising their existing energy infrastructure. Sites with multiple energy demands, such as retail parks, petrol stations, leisure centres and supermarkets, face unique challenges when installing EV charging.

 

As experts in EV charging management, we identify your key challenges and deliver tailored solutions, including:

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Minimising power outages

Without Dynamic Load Balancing (DLB), adding multiple EV chargers could exceed site capacity, causing power disruptions, increased costs, or downtime for essential services.

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Optimising energy use

Smart charging strategies ensure efficient energy distribution, reducing peak demand and preventing unnecessary strain on the grid.

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Reducing operational cost

Intelligent load management helps lower energy bills by avoiding expensive demand charges and optimising off-peak charging.

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Maximising charger availability

Advanced monitoring and predictive maintenance prevent downtime and ensure a seamless charging experience for users.

Without Dynamic Load Balancing (DLB), adding multiple EV chargers could push the site beyond its energy capacity, leading to power disruptions, increased costs, or even downtime for essential services.

THE SOLUTION: 

FUUSE DLB KEEPS EVERYTHING RUNNING SMOOTHLY

With Fuuse Dynamic Load Balancing, the system automatically adjusts power distribution based on real-time energy usage. During busy periods, EV chargers receive only the available excess power, preventing overloads and ensuring business operations continue uninterrupted.

Fuuse DLB empowers businesses to offer EV charging without compromise, future-proofing their sites for growing demand.

Why Choose Dynamic Load Balancing Across Your EV Charging Sites?

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Maximise Charging Availability

Optimise operational efficiency, ensure reliable charging and vehicles receive the power they need without exceeding site energy limits.

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Prevent Costly Infrastructure Upgrades

Charge more vehicles without expensive new grid connections.

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Maintain Energy Stability

Protect your site’s electrical capacity and avoid peak demand penalties and reduce stress on the local grid.

Expanding to Include Renewable Energy

As the energy landscape evolves, Fuuse Dynamic Load Balancing is designed to integrate seamlessly with renewable energy sources, such as solar panels and battery storage.

 

By ensuring that energy generated from solar installations is effectively utilised, businesses can further reduce reliance on the grid, lower operational costs, and enhance sustainability efforts. Smart energy management enables the prioritisation of renewable power for EV charging, helping organisations maximise self-consumption and minimise wastage, ultimately driving a more sustainable and cost-effective future for EV infrastructure.

 

Additionally, Fuuse supports Vehicle-to-Everything (V2X) integration, allowing EVs to act as energy assets by returning excess power to the grid or on-site energy systems.

 

This bidirectional charging capability enhances grid stability, optimises energy flows, and enables businesses to participate in demand response programs, turning EVs into a valuable component of a dynamic and resilient energy network.

Optimising Energy Usage for EV Charging and Beyond

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Step 1: Audit Energy Usage

Assess your current energy capacity by determining how many EV chargers your site can support and what types are most suitable.

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Step 2: Optimise with Dynamic Load Balancing (DLB)

Implement DLB to maximise energy efficiency, ensuring business continuity while effectively managing EV charging demands.

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Step 3: Integrate with the Envisij Solution

EV charging doesn’t just add demand—it reshapes your site’s entire energy profile. Without proper monitoring, this shift can lead to inefficiencies and higher costs. Envisij provides long-term energy management solutions, ensuring your site adapts seamlessly to these changes. By continuously tracking and optimising energy usage, Envisij helps businesses maintain efficiency, reduce costs, and future-proof their operations beyond just EV charging.

Beyond EV charging, optimising other areas of your site is just as important. Envisij provides the expertise and tools to ensure your entire energy infrastructure is running at its best.

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Expand Your Energy Strategy with Envisij, part of the Fuuse Family

Whilst Fuuse DLB optimises your EV charging, a comprehensive energy management strategy goes beyond load balancing. Envisij provides real-time, actionable insights to help organisations save money, reduce carbon emissions and meet Net Zero goals. The solution looks at the bigger picture when it comes to energy usage within your business or site, finding opportunities to save and monetise your energy.

 

How Envisij Supports Your Energy Goals

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Energy Audits

Identify major energy consumers and efficiency opportunities with comprehensive site surveys.

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Energy Monitoring

Gain circuit-level and building-wide visibility into your energy consumption, identifying inefficiencies in Heating, Ventilation, and Air Conditioning (HVAC), lighting, refrigeration and more.

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Energy Management

Optimise energy use with demand management, integrating renewables, and reducing consumption by up to 25%.

Whether you’re managing a large campus, an industrial site or a commercial facility, Envisij ensures you have the data and tools to make informed energy decisions.