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The safety of energy storage systems is a critical issue in the energy transition. With the increase in large-scale and residential Battery Energy Storage Systems (BESS), the need to meet strict safety and fire regulations is also growing.

Whether it's a music festival, a food truck event, a trade show or a temporary installation, reliable power supply is crucial to keeping everything running smoothly.

The safety of industrial lithium-ion batteries is essential at a time when large-scale energy storage and sustainable electricity supply are becoming increasingly important. The NEN-EN-IEC 62619 standard establishes international safety guidelines for rechargeable batteries used in industrial applications, including Battery Energy Storage Systems (BESS), electric vehicles and emergency power supplies. For professionals working with energy storage systems, this standard provides an important basis for reliability, quality and safety.

The NEN-EN-IEC 62485-2 standard is an essential guideline for anyone working with industrial batteries and battery storage systems. This international safety standard describes how to safely design, install, operate and maintain battery systems.

ISO 50001 is the international standard for energy management systems and helps organizations systematically improve their energy performance. The goal is to reduce energy consumption, cut costs and reduce environmental impact.

IEC 61850 is the international communication standard for energy automation. This standard enables devices, systems and energy solutions within electrical installations to communicate with each other reliably and efficiently.

The energy world is rapidly digitizing. Reliable data exchange between systems is thereby essential to ensure an efficient and stable power grid. The international standard IEC 61968 provides the basis for standardized communication between energy management systems (EMS) and other components within the smart grid.

The agricultural sector is in the midst of an energy transition. More and more agricultural entrepreneurs are investing in solar panels, wind turbines and other sustainable energy sources. Yet one challenge remains great: how do you ensure that the power generated is used optimally, even when the sun is not shining or the wind is momentarily down?

The energy transition is accelerating and more and more companies are looking for ways to manage their energy consumption in a smarter, more sustainable and cost-efficient way. A business home battery plays an increasingly important role in this. This advanced storage system enables companies to temporarily store self-generated energy, for example from solar panels, and use it at a later time. This creates more independence from the electricity grid and can structurally reduce energy costs.

A microgrid is a local energy network that can operate independently of the national power grid. It combines multiple energy sources, such as solar panels, wind turbines and batteries, with smart technology to optimally match supply and demand.

Energy arbitrage is one of the most fascinating developments within the modern energy world. It responds to the increasing dynamics of supply and demand in the electricity market and provides a smart response to fluctuating energy prices. As renewable energy sources such as solar and wind increasingly feed the grid, there are times when energy is abundant and cheap, interspersed with periods when demand peaks and prices soar.

The energy transition is in full swing and the demand for reliable battery storage is growing rapidly. As an installer, you play a key role in this: more and more companies and households want to optimize their energy consumption. Battery storage, or Battery Energy Storage Systems (BESS), makes this possible by temporarily storing generated energy and making it available again at the right time.

More and more families and businesses are opting for a home battery to manage their energy consumption more intelligently and sustainably. Rising energy prices, the increase in peak consumption and the growth of renewable energy sources such as solar panels are causing the demand for energy storage to rise sharply.

A mobile battery makes it possible to use reliable power anywhere without emissions of CO₂, nitrogen or particulate matter. Whether you work on a construction site, organize an event or need emergency power: with mobile battery energy storage you always have a sustainable, quiet and efficient solution at hand. This allows you to avoid the use of polluting generators and meet the increasingly stringent requirements around working without emissions. Want to know more about smart applications? Read our article on alternatives to generators.

A zero-emission construction site is a construction site with no emissions of CO₂, nitrogen and particulate matter. By replacing traditional diesel generators with sustainable technologies, you work cleanly, quietly and efficiently. This way you contribute to a healthier living environment and meet the increasingly strict requirements of the government and clients.

The energy transition is in full swing. An energy hub plays a key role in this, as it provides efficient distribution and storage of locally generated energy. By accommodating peaks and troughs in energy consumption, it creates a more sustainable and reliable energy supply.

Are you curious about how to be smarter about capturing and harnessing energy?

Imagine a business park where energy is no longer simply consumed, but smartly shared, stored and controlled. That's the idea behind an energy hub: a hub where companies work together to optimize their energy supply. Instead of having to invest separately in complex infrastructure, entrepreneurs join forces and work together to create a stable, sustainable and cost-efficient energy supply.

Nowadays, when your solar panels generate more energy than you use, you can store the excess energy in your own (home) battery. This allows you to still have access to your self-generated energy later, when the sun isn't shining. A home battery, also known as a solar panel battery, gives you access to your own generated energy at all times and is a smart step toward energy independence and lower energy costs.

Whether summer or winter, the right solar energy storage strategy will ensure that you make sustainable and cost-efficient use of your own generated power. This way, you save on energy costs and become less dependent on the power grid.

Imagine being completely independent of the public power grid. No monthly energy bills and no worries about power outages or grid failures. That's the essence of an off-grid energy supply: self-generated energy that allows you to fully power your home, business or other location. Off-grid means that you are not connected to the central power grid, but instead rely entirely on your own renewable energy sources.

Imagine a battery that is safe, environmentally friendly and almost endlessly available in resources. A salt battery, also known as a saltwater battery, promises just that: a sustainable way to store energy without the use of scarce or toxic materials. This type of battery is generating interest among many because it can offer a green alternative to traditional batteries.

Energy prices are fluctuating and sustainable solutions are becoming increasingly important. Companies therefore need to look at smart ways to optimize their energy consumption. Battery storage offers you the chance to get a better grip on power consumption while taking a step toward future-proof operations. By storing your own generated energy and using it at the right time, you can not only save costs, but also strengthen a sustainable image.

Imagine being suddenly without power in your home or office. Appliances fail, lights go out and important processes come to an abrupt halt. Exactly in such situations, an emergency power supply is indispensable. This is a reliable solution that temporarily supplies power when the regular network fails, for example by means of an emergency power battery or an emergency power supply with solar panels. This keeps crucial systems in operation and prevents unnecessary damage or loss.

There are numerous types of batteries, ranging from small AA batteries to complex industrial systems. At Frax, we focus specifically on battery technologies suitable for energy storage in construction, industry and business projects.

A neighborhood battery is a shared energy storage that allows households in the same neighborhood to store locally generated renewable energy together. Instead of each house having its own battery, you join forces and share one big battery.

Peak voltage, also known as overloading the power grid, has been in the news regularly lately. For example, you hear that in some areas no new businesses can be connected because the grid is "full. This problem occurs especially during sunny days, when solar panels suddenly feed back a lot of energy. Once that generated power enters the grid en masse, the voltage can get so high that inverters turn themselves off out of safety. This leaves some of the renewable energy unused, which can jeopardize both the production of green power and the stability of the grid.

More and more you hear that the power grid is at its limit, but what does that really mean for you? Grid congestion is one of the biggest challenges within our current energy transition: the moment when there is simply not enough space left on the power grid to meet peak demand. As a result, new projects or expansions on the grid may be restricted or even refused. This problem puts pressure on businesses, households and renewable plans for the future.

Traditional diesel generators are under increasing pressure. They cause a lot of CO₂ emissions, nitrogen and noise pollution, while the construction and industrial sectors need to become more sustainable more quickly. Therefore, there is a growing demand for alternatives to generators that are quiet, clean and cost-efficient. New technologies such as battery systems and hydrogen solutions make it possible to provide reliable and emission-free power everywhere.

Large-scale battery storage captures peak consumption, stores renewable energy and provides grid stability. These large-scale battery storage systems are designed for companies, industries and energy hubs that face rising energy demand and challenges such as grid congestion. By storing energy smartly, you create flexibility and work toward an emission-free future.

What is peak load? It is the situation when a high demand for electricity arises at the same time. Think of the evening hours when households are cooking, heat pumps are turning on and electric cars are being charged at the same time. The power grid then has to supply much more than average in a short period of time, leading to pressure and possible failures.

In a world where energy prices fluctuate widely and the demand for sustainable energy solutions continues to grow, the energy management system (EBS) plays an increasingly important role. This smart system helps you gain insight into your energy consumption and actively manage that consumption. This is not only about saving costs, but also about using available energy more efficiently and reducing your carbon footprint.

The energy transition is in full swing and requires smart, innovative solutions to better match energy supply and demand. One of the most promising initiatives in this is the energy hub incentive program. This program was created specifically to promote cooperation between different parties and enable joint energy solutions. Examples include sharing locally generated solar or wind energy, optimizing energy storage and reducing grid congestion.

The Dutch power grid is under pressure. What was once a robust system that easily met the energy needs of households and businesses is now increasingly creaking at the seams. The cause? A combination of factors such as energy transition, increasing electrification and the rapid rise of renewable energy sources such as solar panels and wind turbines. As a result, the electricity grid is becoming congested in some places, resulting in waiting times for connections and even temporary rejections.

Wondering why you sometimes hear stories about renewable energy being "curtailed"? In this article, we dive into the topic of curtailment: an important factor that can affect the way you generate and use energy. We'll show you where this term comes from, how it works in practice and why it's a hot topic in the world of green power. Read on and find out how curtailment is helping to shape our sustainable future.

Imagine being able to control exactly how much energy you use, when you use it and even when you store energy. Not only to save costs, but also to contribute to a more stable and sustainable energy system. This is the core of energy management: being aware and strategic about your energy consumption.

Do you ever feel that your energy consumption is much higher than average and are looking for efficient solutions to deal with it better?

Imagine this: you generate green power and use it immediately, without unnecessary waste or complex intermediate steps. This is what energy solutions are all about: using energy more intelligently, sustainably and efficiently. It's not just about saving costs, but also about creating a future-proof system that benefits you and your environment.

Peak shaving is the temporary smoothing of peaks in energy consumption by deploying smart technology, such as energy storage in batteries. By using stored energy during peak times, maximum energy demand is immediately reduced. The goal of peak shaving is to save costs and reduce the burden on the power grid, keeping both your business and the grid operating more efficiently and reliably.

At the start of a construction project, a temporary construction connection is indispensable. This power supply saves time and costs, and makes it easy to comply with more stringent construction regulations around sustainability and efficiency.

Low voltage is all around you, even though you often don't realize it. From the lights in your home to the appliances in your office, behind these everyday applications lies a fascinating interplay of voltage and current. In this text you will discover what low voltage means, how it relates to other voltage levels and at what point electricity can be really dangerous. You will learn step by step why low voltage is not only practical, but also essential for your safety and the functioning of modern systems.

Have you ever encountered that certain appliances in your home or workplace require an extra powerful power supply? If so, you may have encountered power current. In short, power current is a type of power that can provide more power than the standard connection in most households.

A virtual power plant (VPP) is actually a smart grid with renewable energy production. All kinds of forms come together in it, such as solar and wind energy, and function as one large power plant. This powerful collaboration of small, dispersed energy sources ensures optimal use of available energy, without the need for a physical power plant.

A 1,000 kWh home battery may sound like a futuristic solution, but the idea behind it is very simple. With a home battery you store a huge amount of energy at home, to be used again later when needed. This gives you more control over your own energy consumption and allows you to use electricity more sustainably and cost-consciously.

Medium voltage plays an important role in large-scale energy supply and storage. If you are considering an energy connection or installation for your company, it is helpful to know exactly what medium voltage means and how it can support your projects.

Imagine using green batteries or accumulators for your own energy storage. You want to know if this sustainable way of managing energy is not only good for the environment, but also remains financially attractive. That's exactly where the concept of levelized cost of storage (LCoS) comes in.

Have you ever wondered how to make your energy consumption more sustainable without sacrificing convenience? Green batteries are an innovative step toward a clean energy future. These batteries act as your sustainable "power bank," temporarily storing generated energy and keeping it available for later use. In this way, you actively contribute to a cleaner environment while benefiting from a stable, efficient energy supply.

Are you ready to take independent energy management a step further? Off-grid living is the way to generate, store and use your own power, without depending on the central power grid. It is an adventure where freedom, sustainability and self-sufficiency are key. In this guide you will discover all about the possibilities of off-grid living and how to take the next step to true independence thanks to Frax.

FCR today is a crucial factor in preventing outages and keeping power supplies stable. But what exactly is it? Imagine the power grid as a sophisticated orchestra in which every instrument - from huge wind farms to tiny solar panels - is perfectly tuned to each other. As soon as one instrument is in danger of going out of tune, there is a risk of imbalance. This is where Frequency Containment Reserve (FCR), also called primary reserve, comes in: an automatic system that corrects deviations in grid frequency at lightning speed. By adjusting or switching off energy within seconds, FCR ensures that our "concert" of generation and consumption remains pristine.

Nearly Energy Neutral Buildings (BENG) is all about the balance between comfort and energy efficiency. You may be wondering what exactly that means? In short, you're aiming for a home or building that uses virtually no energy, thanks to smart measures and optimal design.

When you think of energy, fossil fuels often come to mind first. You use them daily, without perhaps consciously thinking about them. From the car that takes you to work to the production of everyday goods, fossil fuels have played a crucial role in our society for centuries. Yet today we are at a tipping point, with the drawbacks and depletion of these traditional energy sources coming under increasing scrutiny.

Wondering what you can do with your dead batteries or accumulators? Then you've come to the right place. Whether it's a small button cell or an elaborate industrial battery, returning and recycling them responsibly is important for both the environment and your own safety.

Have you ever wondered how power companies deal with the constant tension between supply and demand on the power grid? Then you quickly come to imbalance pricing. These dynamic pricing mechanisms play a crucial role in keeping the energy market in balance. They are in constant flux and offer both challenges and opportunities, depending on how you deal with them.

Power trading is the backbone of the energy landscape, but what exactly happens behind the scenes when you buy or sell electricity? EPEX, in full European Power Exchange, is the central place where electricity supply and demand meet. This exchange allows you to trade your electricity in a transparent system, making the European market more efficient and accessible.

In our highly digitized society, electricity is an indispensable factor. You rely on it daily for countless applications. From communication to production processes, we use electricity for almost everything, without really thinking about it. In the Western world, this feels like a self-evident right: as long as you pay your energy bill, electricity is constantly available to you. Yet that self-evidence is far from a reality everywhere in the world.

You hear it more and more: companies storing their own power. That's not futuristic talk, just smart energy solutions of today. Because with a business battery, as an entrepreneur, you take control. No more surprises on your energy bill, no more frustration with peak loads, just control over when and how you use energy.

The world must switch to sustainable sources of energy and reduce our dependence on fossil fuels. We call this process the energy transition. It involves switching from the traditional use of coal, oil and gas, to cleaner, renewable alternatives such as solar, wind and hydropower. This shift is crucial to combat climate change and is part of a broader sustainable energy transition.

Whether you heat an industrial hall, drive machinery or operate a loading bay: if your electricity consumption exceeds a certain level, a regular connection is no longer sufficient. You then need a wholesale connection. But what exactly does that mean, why is there a distinction between small and large consumption, and when do you qualify for such a connection?

Energy efficiency and sustainability are becoming increasingly important, so energy storage plays a crucial role. A large battery offers a smart and powerful solution for businesses and households looking to optimize their energy consumption. Whether storing excess solar energy or reducing peak loads, reliable battery storage makes a big difference. Find out everything you need to know about large batteries and how they can transform your energy supply here.