SHAPED FOR TOMORROW’S ENERGY
Regulatory frameworks increasingly favour renewable energy integration and grid stabilization. And the industry faces a period of exciting growth and innovation.
You’re moving quickly to meet this demand. But with rapid technological development come big practical challenges. There’s pressure to perfect products as fast as possible.
The answer? Your partners need to do more to support your designs. Offering flexible solutions that give you the freedom to innovate on tight timeframes.
We offer:
- Rapid design, prototyping and installation
- Integrated systems for reliable safety, optimized uptime and data-backed decisions
- Design flexibility that adapts to new breakthroughs and increasing loads
- Robust supplier partnerships with hands-on expertise from beginning to end.
A partner that shapes around you
However you choose to power a greener planet, you’ll find the right enclosure to frame your creation with nVent SCHROFF. We’ll house, protect, and cool any battery – in any environment. Creating the best conditions for maximum efficiency and longer life. Plus, you can move even unusual projects quickly, thanks to our flexible range of modular solutions. After all, you’re shaping the future. The least we can do is reshape around you.
Designing in partnership
With over 60 years of global experience, nVent SCHROFF has a strong portfolio of protection and connection. Whether it's an off-the-shelf solution or a tailored approach, it’s covered. Our fully-equipped and tested enclosure systems are delivered under one roof.
nVent SCHROFF connects and protects Energy Storage Infrastructure with solutions that are safe, reliable, enable design flexibility and lower cost of implementation
Discover the invaluable expertise that nVent SCHROFF brings to energy storage solutions and explore how we have helped customers safeguard and maintain optimal climate control for their energy storage systems. Whether in utilities, commercial and industrial buildings, or even homes, our solutions effectively protect and maximize the performance of energy storage systems.
Products & Solutions
Outdoor Cabinet for Modular Energy Storage Solutions
Outdoor IP55 cabinets act as a robust fortress, shielding the sensitive components of energy storage systems from harsh weather conditions, temperature extremes, moisture, and dust. They are engineered to withstand challenging outdoor environments, ensuring the longevity and optimal performance of the stored energy.
- Protection against environmental influences
- Meets requirements for pressure, temperature, humidity, wind, rain, snow, hail, ice, solar radiation, radiation, lightning protection, pollution and fire protection.
- Provides electromagnetic compatibility.
- Security and burglary protection
- Structural stability thanks to aluminum frame and double-walled design.
- Handles and screws are accessible only from the inside, protecting against vandalism.
- Scalability and flexibility
- Construction allows access to the cabinet from all sides.
- Available dimensions in standard: width 700-2000 mm, height 1000-2100 mm, depth 500-1200 mm, each in 50-mm increments, other dimensions can be realized on request.
- Extensive range of accessories, compatible with 19″ cabinet accessories.
- Optimal thermal performance
- Passive cooling (thermal performance only due to double wall design): Thermal transmittance in ambient according to standard IEN 61969-3 Kl. 1, without solar radiation: 20 - 24 W/K
- The double wall allows to reduce from 85% direct sun radiation
- Active cooling: (thermal power by kit with two 24V fans and thermostat): 160 W/K, air flow rate 540 m³/h
- Optional: active cooling with fans by PWM control and thermostat or by air conditioning cooling units for optimal cooling performance
- Integration services
- Expertise of nVent SCHROFF in the integration of components such as batteries, rectifiers, AC panels, etc.
- Assistance with tests and simulations to ensure that the cabinet meets the application requirements.
- Certifications
- IEC 61969-3 and EN 50125-3 for protection against environmental influences
- EN 50125-3 for protection against shock and vibration (1-3 m distance from track)
- EN 60529 for protection up to IP55
- IEC 61587-2 and IEC 61969-3 for earthquake resistance up to Bellcore Zone 4
- EN 50125-3 for wind resistance up to 180 km/h
- EN 1627 and EN 1630 for protection against vandalism
- IEC 61969-2 for coordination dimensions for the design of fixed outdoor enclosures
- IEC 60068-2-75, IEC 62262 and IK 10 for impact resistance
Case Study: INTILION
Mobile and stationary energy-storage systems
Intilion came to nVent SCHROFF with vision.They wanted to develop stationary commercial storage solution, capable of supporting 60 kWh to 500 kWh, that would be well suited for a variety of applications such as helping customers avoid load peaks, optimize consumption within PV systems, provide an infrastructure for electric mobility or even ensure electrification in off-grid villages.
Indoor Frames for Containers Solutions
Indoor frames are built to provide optimal support for containerized energy storage solutions. Designed with precision and durability in mind, our frames offer a sturdy structure that ensures the safe and efficient deployment of energy storage containers in indoor environments.
- Versatility and Strength
- Static load capacity of 1,600 kg and dynamic load capacity of 1,000 kg, ensuring reliable support for your energy storage system.
- Floor fixing bracket on the frame enhances stability, providing a secure foundation for your indoor setup.
- Efficient Battery Installation
Side Frame Fixing bracket enables easy installation of batteries, optimizing space utilization and facilitating easy access for maintenance and upgrades.
- Maximized Fixing Flexibility
Unique meander type profile offers maximum flexibility for fixing components, allowing for easy customization and modification to suit your specific requirements.
- Pre-configured or Customized Cabinets
- Choose from pre-configured cabinets with a short lead time, providing a quick starting point
- Individual configurations and modifications to create a tailored solution that meets your exact needs.
- Stand-alone or Side-by-side
- Our indoor energy storage frame can function as a stand-alone rack, perfectly suited for smaller setups.
- It can also be seamlessly integrated as a side-by-side rack, accommodating larger-scale energy storage deployments.
- Flexible Dimensions
The frame is designed to be flexible in width, depth, and height, allowing you to adapt it to your available space and specific project requirements.
Indoor Cabinets for Factories and Commercial Buildings
Indoor cabinets offer secure and organized housing within controlled environments such as utility rooms or commercial facilities. They provide efficient space utilization, facilitate easy access for maintenance and upgrades, and offer effective heat dissipation mechanisms, ensuring the safety and longevity of the energy storage equipment.
- Safety and Compliance
- UL 2416 compliance ensures the highest standards of safety and reliability.
- Compliant with a broad range of IEC standards, including IEC 60529, IEC 61587-2, and IEC 61969-3.
- Performance Features
- Dynamic load capacity of 1,000 kg with optional castors, allowing for easy mobility and flexibility in installation.
- EMC shielding and up to IP55 protection, safeguarding your energy storage equipment from electromagnetic interference and providing resistance against dust and moisture.
- Varistar Seismic Frame, with 10mm thick horizontal and vertical stiffening brackets.
- Customization and Flexibility
- Broad range of standard articles available for configuration, offering flexibility to adapt the cabinet to your specific requirements and preferences.
- Robust frame designed to hold a static load of 1,600 kg, providing a stable and secure housing for your indoor energy storage system.
- Online Configurator with instant STEP files, allowing you to conveniently design and visualize your customized cabinet configuration.
- Enhanced Security and Control
Custom access control with multiple locking options, providing enhanced security and control over your valuable energy storage equipment.
Chassis for Battery Packs
Battery Pack Chassis need to be secure and adaptable for a variety of different battery modules. Benefit from its durable construction, customizable features, and reliable protection to optimize the performance and lifespan of your energy storage system.
- Durable Aluminum Construction
Constructed with high-quality aluminum for durability and lightweight design.
- Easy Machining and Maintenance
Detachable front and rear panels allow for easy machining and maintenance of the chassis.
- IP 20 Protection Standards
Complies with IEC 60529 IP 20 standards, offering reliable protection against solid objects and dust.
- Space-Saving Flat-Pack Design
Supplied as a space-saving flat-pack, optimizing storage and transportation efficiency.
- Customizable Modifications
Cutouts, different finishes, and dimensions available for customization to meet specific requirements.
- Compliant with International Standards
Internal and external dimensions adhere to IEC 60297-3-100 and -105 standards for compatibility.
- Effective EMC Shielding
Provides approximately 20dB(A) shielding at 2 GHz (without shielding material) and over 40dB(A) at 1 GHz (with addition of stainless steel gasket).
Chassis for Battery Management
A reliable and well-designed case for a Battery Management System (BMS) is crucial to protect and safeguard the sensitive electronics, ensuring their optimal performance and longevity within the energy storage system.
- Built-in EMC Protection
The interlocking construction ensures built-in electromagnetic compatibility (EMC) protection, eliminating the need for additional EMC gaskets.
- Effortless Assembly and Disassembly
With secure two or four screw fastening (depending on the size), the Interscale Case is incredibly easy to assemble or disassemble.
- Customizable Design
The individual, ridged, and lightweight design, made of aluminum or sheet metal, offers exceptional versatility. Benefit from custom case sizes, multiple heat sink and fin heights, and the option to realize individual cut-out designs or choose from the standard cut-out library.
- Streamlined Integration
The Interscale Case significantly reduces integration time thanks to its easy plug-in mechanism and optimized accessories. Experience efficient and hassle-free installation, ensuring your BMS is up and running swiftly.
Thermal Management for Energy Storage Solutions
Thermal management is the process of controlling the temperature of a system to ensure its optimal performance and longevity. In the context of energy storage systems, a well-designed thermal management system is essential for the following reasons:
- To prevent overheating: Energy storage systems, such as batteries, generate heat when they are in use. If this heat is not properly managed, it can lead to overheating, which can damage the system and reduce its lifespan.
- To maintain optimal performance: The performance of an energy storage system can be affected by its temperature. For example, batteries perform best at moderate temperatures. If the temperature of a battery gets too high, it can lose capacity and efficiency.
- To ensure safety: Overheating can also pose a safety hazard. In the event of a fire, a well-designed thermal management system can help to prevent the fire from spreading and causing damage.
Our Approach to Thermal Management
We offer a range of thermal management solutions tailored to the specific needs of our customers. Our solutions are based on the latest simulation and calculation techniques, which allow us to optimize the airflow uniformity throughout the energy storage system. We work closely with our customers to develop thermal management recommendations that are both effective and cost-efficient.
Discover our comprehensive thermal management solutions designed to meet your unique requirements:
Air Flow Director: Our air flow directors ensure the prevention of airflow bypasses, guaranteeing that your system is properly cooled or heated exactly where it needs to be.
Air Conditioners: Depending on your environment, capacity, and heat load, we carefully select the most suitable air conditioner from nVent HOFFMAN, providing efficient cooling solutions that optimize the performance of your energy storage system.
Liquid Cooling: Leveraging our extensive experience in data centers, we offer a wide variety of liquid cooling solutions that can be adapted to the structure and demands of energy storage systems. Benefit from our expertise to achieve effective and efficient thermal management.