Shared energy infrastructure for industrial parks – one battery, many services, shared value creation.
Industrial parks bring together many businesses with different energy needs in one location. Some produce energy, others consume a lot, and everyone pays for their own grid capacity. With a shared battery system and intelligent control, the entire park can share infrastructure and create value together.
Each business in an industrial park buys electricity and grid capacity separately. Power peaks from charging, production and operations drive up costs. Solar panels produce when nobody uses the power, and surplus is exported cheaply to the grid instead of being used locally.
A community battery with Playmaker control connects all actors. Solar energy is stored and shared locally, power peaks are cut automatically, the battery earns money in reserve markets when idle, and EV charging is supplied without grid upgrades. Everyone shares the investment and revenue.
For an energy system to make economic sense, the battery must deliver multiple services depending on timing, demand and market prices. This requires intelligent control.
Energy communities move from a simple grid-to-building model to a network where multiple actors collaborate, trade services internally, and sell surplus externally.
Result: All three get lower costs than building separately. Surplus not used internally is sold to the grid or in reserve markets. No one needs to invest in everything – they specialize and share the value.
With Playmaker we identify your power peaks in real time and automatically shave them with the battery. The result is lower grid fees — and the ability to do more with the grid connection you already have.
Grid fees are largely determined by your highest power peaks. A short spike — for example when several machines start simultaneously or an EV charger kicks in — can drive up costs for the entire month. And when you want to upgrade the office, add EV chargers or expand production, the answer is often: insufficient grid capacity.
Playmaker continuously monitors power consumption and controls the battery to deliver additional power when peaks occur. The battery charges during low-consumption periods and relieves the grid when needed most. No peaks hit the grid meter — and you only pay for the capacity you actually need.
You can introduce EV chargers, upgrade office facilities or expand your business — without waiting for a costly grid upgrade. Peak shaving with Playmaker makes it possible to run more on existing infrastructure, while grid fee costs go down.
We help the industrial park from idea to complete energy community with shared battery and intelligent control.
We analyze energy needs of all actors in the park, identify producers and consumers, and size the right battery system.
We develop a business model that distributes investment and revenue fairly between actors, and assist with applications to relevant grant programs.
The battery system is installed and integrated with all nodes in the park. Playmaker is configured to coordinate production sharing, peak shaving, FCR and charging.
Playmaker optimizes energy flow in real-time between all services. We monitor the system around the clock and ensure maximum value creation for the entire park.
No single company needs to bear the full investment. Costs are distributed between actors based on needs and contributions.
Peak shaving cuts power peaks for the entire park. Local production sharing reduces the need for grid imports.
The battery earns money from FCR, production sharing and energy sales. Revenue is shared between actors in the park.
The battery acts as a local buffer covering peak consumption. New chargers and production equipment can connect without costly grid expansion.
Solar energy and other local production is used in the park instead of being sold cheaply to the grid. More value from every kWh.
Playmaker coordinates all energy services in real-time and ensures the battery is always used where value is greatest.
With a service agreement we ensure the energy community operates optimally. We monitor, maintain and optimize the system continuously.
Real-time monitoring of the entire energy system
Troubleshooting and optimization without waiting
On-site support when remote isn’t enough
Documentation of performance and revenue per actor
Training of operations personnel in the park
Scheduled service visits for maximum lifespan
These products are ideal for this solution.
All our solutions can be managed by smart platforms that give you full control, insight and maximum value. The services are optional add-ons.
Intelligent charge management that optimizes charging based on electricity prices, grid capacity and needs.
Learn moreSmart calendar and AI agents that manage energy consumption and production automatically.
Learn moreShare surplus solar power with neighbors, tenants or communities.
Learn moreTell us about your industrial park, and we will show how a shared battery system can create value for all actors.
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