More and more companies are investing in behind-the-meter batteries. These are energy storage systems directly connected to a company's internal installation, rather than to the public grid. They offer control over peak demand, flexibility during grid congestion, and opportunities to generate revenue through trading or grid services. In this article, you'll learn why this trend is growing so rapidly, what the benefits are, and how a smart EMS makes a difference in efficiency and reliability.
What does "behind the meter" mean?
A behind-the-meter battery is literally located on the customer side of the electricity connection. Unlike batteries installed by grid operators (for grid balancing), this storage is used for internal energy management. According to RVO , the market for commercial storage in the Netherlands has more than tripled in five years.
Why is the demand for batteries growing?
- Grid Congestion: companies cannot always expand or export power. With storage, they manage peaks themselves.
- Peak Shaving: reducing peak consumption by temporarily using energy from the battery.
- Cost Savings: purchasing cheaper at low rates and consuming during expensive periods.
- Sustainability: better utilization of self-generated solar or wind energy.
- Continuity: emergency power supply during voltage dips or outages.
A smart EMS makes this possible automatically: it determines when the battery charges, discharges, or is on standby, based on consumption, price, and weather.
Do you want to benefit from lower costs and greater energy independence? Discover how a smart EMS controls behind-the-meter batteries, flattens peaks, and increases efficiency - fully automatically.
What are the main benefits for businesses?
- Lower energy costs: by utilizing off-peak hours and flattening peaks.
- More capacity on existing connection: essential in areas with grid congestion.
- Optimization of self-generated power: using more solar energy within the company itself.
- Faster payback period with dynamic pricing: charging at low prices, discharging at high prices.
- Improved COâ‚‚ performance: less grid consumption, more local use.
How does a behind-the-meter battery work technically?
The battery is connected to the company's low or medium voltage grid. An EMS manages the charging and discharging strategy. The core components are:
- Battery Management System (BMS): monitors cell status, temperature, and charging cycles.
- Inverter: converts direct current (DC) into alternating current (AC).
- EMS integration: determines when charging and discharging is economically or technically advantageous.
A smart EMS takes into account real-time data, market prices, weather forecasts, and production schedules.
What are the applications for behind-the-meter batteries?
- Peak shaving: preventing peak loads on the grid connection.
- Load shifting: shifting consumption to cheaper times.
- Increasing self-consumption: using more of your own solar energy.
- Backup power supply: protecting critical processes from outages.
- Trading and grid services: participating in balancing or imbalance markets.
What are the risks or disadvantages?
- High initial investment: often €300-€600 per kWh, depending on capacity.
- Dependence on control: without intelligent EMS, there is no optimal return.
- Technical lifespan: batteries degrade after approximately 10 years or 6000 cycles.
- Regulations: obligations regarding fire safety and grid connection.
With the right software, the payback period can be significantly shortened. According to the IEA a battery with smart control doubles the net yield compared to manual operation.
What is the business case for battery storage?
The payback period depends on capacity, energy prices, and the degree of control. On average, it ranges between 4 and 8 years. Factors that accelerate this are:
- High peak demand or capacity costs.
- Dynamic energy contracts with significant price fluctuations.
- Grid connection limitations (grid congestion).
- Combination with solar or wind energy.
A smart EMS maximizes value by timing charging cycles based on real-time prices and forecasts.
What role do regulations play?
Batteries are subject to various safety and reporting obligations. For installations larger than 70 kWh, a fire safety report and grid notification to the grid operator are required (Dutch Grid Operators). Subsidies and tax schemes such as MIA/Vamil and EIA stimulate investments, see RVO subsidies.
The future of behind-the-meter batteries
The role of storage is becoming increasingly strategic. Battery capacity in the Netherlands is expected to increase tenfold by 2030. Companies investing now benefit from lower rates and greater supply security. A smart EMS makes these investments future-proof: it adapts to new markets, rates, and technologies without reprogramming.
Conclusion: storage as the key to energy autonomy
Behind-the-meter batteries offer companies the freedom to become their own energy managers. They reduce costs, increase flexibility, and accelerate sustainability. With a smart EMS such as Zympler, storage becomes not just a technical solution, but a strategic advantage.
Zympler provides smart energy management software that solves grid congestion, lowers energy costs, and supports growth. We achieve this by integrating all your assets, grid connection management, and your trading and balancing strategy into one central system, which optimizes all these aspects in real-time, 24/7. This allows you to maximize the potential of your connection, achieving the most favorable financial results.
Read more in our knowledge base
Whether you're looking for concrete steps to lower your energy bill, want more control over the deployment of your solar panels, batteries, and charging stations, or want to know what new regulations are coming your way – our articles provide insights and practical tools to get started immediately.
Why are more and more companies choosing behind-the-meter batteries?
More and more companies are investing in behind-the-meter batteries. These are energy storage systems directly connected to a company's internal installation, rather than to the public grid. They offer control over peak demand, flexibility during grid congestion, and opportunities to generate revenue through trading or grid services. In this article, you'll learn why this trend is growing so rapidly, what the benefits are, and how a smart EMS makes a difference in efficiency and reliability.
How does battery storage work for businesses (technically and practically)?
Battery storage is playing an increasingly important role in the energy transition. While it was once primarily for grid operators or large solar farms, more and more businesses are now investing in their own battery systems. The technology helps to use energy more intelligently, save costs, and bypass grid congestion. But how does battery storage actually work – both technically and in practice? In this article, we explain what happens inside a business battery, how its control system operates, and what it means for your business operations.
What does a battery cost for a business (and what are the benefits)?
De interesse in batterijen voor bedrijven groeit razendsnel. Maar wat kost zo’n systeem eigenlijk, en nog belangrijker: wat levert het op? In dit artikel lees je hoe de kosten zijn opgebouwd, welke opbrengsten realistisch zijn en hoe een slim EMS ervoor zorgt dat je investering sneller wordt terugverdiend.
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