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Energy Storage & Mobile Power Systems for Professional Applications
When energy must be available at all times, reliability, capacity, and a system that meets your requirements are crucial. Modern power storage and mobile energy systems provide flexible energy for construction sites, service vehicles, events, camping, emergency preparedness, or as an addition to PV systems – without complex infrastructure. In this category, you will find powerful solutions for various application scenarios: from compact devices for on the go to extended systems with high capacity, multiple connections, and optional solar charging capability. What's crucial here is not just the wattage, but the interplay of charging speed, usable energy, safety technology, and expandability. Use this overview to find the right solution faster – and if you would like a reliable recommendation for your specific needs, we would be happy to assist you with a brief needs assessment and a suitable configuration.
Which energy storage systems are suitable for your application?
The right solution primarily depends on which consumers you want to operate (e.g., tools, IT, cooling technology, lighting), how long the energy should be available, and how mobile the system needs to be. For short-term use, compact devices with lower capacity are sufficient, while longer runtimes or power-intensive consumers benefit from larger storage units or modularly expandable systems. Important: Pay attention not only to the nominal capacity but also to the usable energy, the continuous power (W), and the peak power. Especially in practice, the combination of power, charging behavior, and connections determines whether a system fits seamlessly into your workflow.
Frequently Asked Questions
How do I find the right starting point in the abundance of products
How do I find the right starting point in the abundance of products
Orient yourself to the system logic. Generation, conversion, storage, measurement, communication, assembly, and protection. Select a suitable component for each block. Then check the interfaces and the electrical dimensioning. In just a few steps, a robust basic configuration can be created.
Can I combine devices from different manufacturers
Can I combine devices from different manufacturers
Yes, if the electrical data and protocols match. The standard category deliberately contains many components with open interfaces. Pay attention to the inverter's specifications for measurement and communication, as well as the requirements for fuses and cable cross-sections. In case of doubt, a quick compatibility check will help.
What do I need to consider when selecting measurement and communication hardware?
What do I need to consider when selecting measurement and communication hardware?
Important factors for current transformers are the nominal current range, accuracy class, and the required transformation ratio. For communication devices, the number of channels, supported protocol, and type of network connection are crucial. A data logger with event memory and a precise time base saves a lot of effort in service.
How do I effectively plan storage size and charging capacity?
How do I effectively plan storage size and charging capacity?
Align the usable capacity with the daily profile. Check the desired depth of discharge and the number of cycles for the storage unit. For charging points, the available connection power and the ability to distribute power are important. A measurement point at the feed-in point combined with smart meter control prevents grid peaks and optimizes the use of PV power.
Which documents do I receive for acceptance and documentation
Which documents do I receive for acceptance and documentation
Technical data sheets, declarations of conformity, and installation instructions are available for each assembly. Protocols and register descriptions are available for measurement and communication devices. These documents facilitate commissioning, acceptance by the network operator, and subsequent audits.
Everything for professional photovoltaics from a single source
The product range at a glance
This standard category bundles the complete range for solar and photovoltaics in one place. The target group includes planners, installation companies, housing industry, commercial businesses, municipalities, and industry. The focus is on consistently compatible components, reliable documentation, and quick availability. The range extends from solar panels and inverters to home storage systems and charging stations, as well as measurement and control technology. The program is supplemented by mounting accessories, power and connecting cables, adapters, communication devices, protective hardware, and project-ready services for planning and rollout. This transforms individual products into a robust energy system that scales from the initial quote to operation.
System concept instead of individual parts
Photovoltaics unleash their full potential when all components work together harmoniously. In this category, you will find components that fit together in typical topologies without additional effort. Modules provide direct current. Inverters convert it into grid-compliant alternating current. Storage systems smooth out peak loads and increase self-sufficiency. Smart meters, current transformers, communication boxes, and data loggers record currents and energy flows. Emergency power boxes provide defined supply areas. Charging stations integrate e-mobility. Each component fulfills a clearly defined task and integrates into a common data and security architecture.
Solutions for planners, installers, and operators
Planners need reliable performance data, norm references, and interface specifications. Installers expect robust mechanics, clear terminal assignments, and quick commissioning. Operators require transparent measured values, remote access, and low-maintenance hardware. The product range is structured along these roles. Product pages contain the relevant technical details. For larger projects, pre-configured bills of materials are available. This reduces planning time and minimizes queries on site.
Quality, Standards, and Documentation
The operation of a photovoltaic system relies on robust evidence. Devices in this category comply with relevant application rules and combine electrical safety with practical mechanics. Housings are designed for typical temperature zones and protection classes. Protocols, test reports, and conformity declarations are available for measurement and communication devices. Installation documents list the necessary protective measures. This transparency facilitates planning, acceptance, and subsequent audits.
Scalability from single-family homes to campuses
Many projects grow in waves. Therefore, the product range is curated for scalability. Small systems use compact devices with simple configuration. Medium-sized systems benefit from multi-channel measurement, central monitoring, and expandable inverters. Large properties with multiple sub-distributions use modular loggers and powerful storage systems. The selection follows a modular principle. You start with a basic system and add additional measuring points, storage stages, or charging points without system disruption.
Digitization and Monitoring
Data is the foundation for operation and service. Communication boxes connect inverters, smart meters, and sub-meters. Data loggers store events tamper-proof and provide structured exports for portals, control centers, and energy management. For operators, this means a consistent view of generation, self-consumption, grid consumption, charging power, and storage status. Early warnings prevent yield losses. Service partners analyze trends and plan maintenance windows data-driven.
Focus on Safety
Electrical safety is not an add-on. Properly designed cables, clean terminal technology, surge protection, protective conductor routing, and clear separation of AC and DC are crucial for system availability. Therefore, in this category, you will find tested connection cables, suitable plugs and connectors, standard-compliant junction boxes, and defined substructures. Emergency power boxes with documented circuit diagrams provide a tested supply logic. For storage systems, coordinated fuse assemblies and distribution units are available. This ensures that the protection chain remains complete.
Economic efficiency and sustainability
A good system reduces total costs over its lifespan. Efficient inverters and correctly dimensioned solar panels increase energy yield. Storage systems smooth out peak loads and shift self-consumption. Smart meters and current transformers provide meter readings for accurate billing. Charging stations with load management prevent grid peaks. Durable mechanics and modular electronics reduce spare parts and service times. Sustainability results from high availability and from components that can be exchanged rather than completely replaced.
Application Scenarios
In residential buildings, self-consumption, ease of use, and quiet operation are priorities. In the housing industry, retrofittable metering solutions, central portals, and clear billing are important. Commercial properties require load management, flexible metering points, and fast service channels. Municipal properties demand reliable remote monitoring and robust mechanics. Industrial environments value continuous load-bearing measurement chains, clean electromagnetic compatibility, and traceable event logs. The product range covers these profiles without pushing the project into custom construction.
Future-proof Architecture
Sector coupling is becoming standard. Photovoltaics feed home storage, support heat pumps, and supply electricity for mobility. The components offered here consistently choose open and documented interfaces. This allows dynamic tariffs, operating strategies, and external signals to be integrated. Anyone building a system today should be able to access new functions tomorrow without replacing the measurement and communication hardware. This category creates the basis for this.
Consulting and project service
In addition to products, the selection is crucial for the project size. Please provide the load profile, building type, number of sub-distributions, and desired functions. Based on this, a coherent bill of materials will be created. For rollouts, defined sets, clear labeling, and spare parts packages are provided. Installation companies shorten assembly time and reduce follow-up visits. Operators receive a documented system that is easy to control in everyday use.
How to choose the right products
Start with the electrical power and the cable route. Adapt the module output to the roof areas and the substructure. Dimension the inverter to the desired AC output. Plan storage according to the daily profile and cycle requirements. Define metering points that are necessary for billing, control, and analysis. Then select the communication chain. Decide whether remote access should be via Ethernet or wirelessly. Finally, add mounting accessories, cable routes, and protective devices. This sequence prevents incorrect orders and avoids subsequent modifications.
Availability and Logistics
Projects stand and fall with delivery dates. The standard category bundles ongoing series that can be procured in defined batch sizes. Information pages provide hints on assembly and list accessories that are guided through acceptance. For series projects, article numbers can be locked and released so that each construction site receives the correct material package. This simplifies warehousing and shortens processing.
Practical Examples
A residential district retrofits existing distributors with current transformers and aggregates the data in a logger. The administration sees generation, self-consumption, and remaining consumption per stairwell. A factory hall combines a rooftop system with storage and charging points. Load management distributes the available power and avoids peaks. A school operates emergency power boxes for defined areas. The caretaker sees the status in the portal and plans maintenance during holidays. Common to all projects is the same measurement and communication basis. This simplifies operation and service.
Transparent Cost Structures
The decision for a system is easier with clear cost blocks. Components in this category can be assigned by function: generation, conversion, storage, measurement, communication, assembly, and protection. This structure shows where efficiency gains have the most impact. Often, the biggest lever is a clean measurement chain with reliable monitoring. It enables decisions that increase yield in the long term.
Service-friendliness
Devices with guided setup, easily accessible terminals, and clear status indicators reduce commissioning time. Remote access saves travel. Firmware can be updated without interrupting operation. Spare parts are clearly named and available in useful kits. These are small details that collectively save many hours.
Summary
The standard category combines all building blocks for robust photovoltaic systems. You get products that work together, simplify documentation, and accelerate projects. This creates a reliable energy system from many parts, combining yield, transparency, and safety.