OEMs in renewable generation, energy storage, data centers, and smart facilities depend on rugged, compliant, and long-lasting control hardware. Dynamic connects your designs with proven components that keep systems running.
Modular, compliant, reliable
Standardized, scalable, repeatable
Cleanroom-ready and precise
Hygienic, safe, production-ready
Rugged for outdoor use
Fast, hygienic, flexible
Smart, connected, efficient
Multi-brand, integration-ready
Designing solar, wind, and hybrid systems
OEMs serving the renewable energy market face tough design challenges: equipment must operate reliably in harsh outdoor environments, integrate with grid and storage systems, and meet strict global compliance standards. Uptime and safety are non-negotiable, and every component must perform over long lifecycles with minimal maintenance.
Enable modular, clean, and safe wiring layouts inside inverters, junction boxes, and control panels, simplifying assembly and reducing installation errors.
Provide safe, reliable switching for high currents in renewable applications, ensuring protection during start-up, shutdown, or fault conditions.
Cooling units and heat exchangers protect sensitive electronics from overheating in inverters, converters, and control gear, extending equipment life and preventing costly downtime.
Trays, glands, and shielding solutions minimize electrical noise, critical for wind and solar applications where clean signals are needed for monitoring, controls, and grid compliance.
Building storage and backup solutions
Battery energy storage systems are the backbone of renewable integration, backup power, and peak-load management. OEMs designing these systems face unique challenges: fluctuating electrical loads, high thermal stress, and strict safety regulations around fire, arc protection, and environmental resilience. Every design decision affects reliability, compliance, and long-term performance.
Condition and stabilize voltage to protect batteries and downstream electronics, ensuring smooth charging, discharging, and load balancing.
deliver safe, fast, and high-frequency switching with no mechanical wear, improving safety and reducing service needs in high-cycle applications.
Manage heat in densely packed battery modules and inverter cabinets, extending component life and preventing thermal runaway.
Scaling power, cooling, and connectivity for critical facilities
Modern data centers are the engines of the digital economy, where even seconds of downtime can mean millions in losses. OEMs building data center infrastructure must deliver systems that are scalable, energy-efficient, and resilient under continuous load. Power distribution, thermal management, and connectivity all have to be engineered for density, compliance, and long-term reliability.
Safe, modular power distribution for racks and floor systems, designed for high-current environments.
Manage dense cabling while ensuring airflow, organization, and compliance with EMC and fire-safety standards.
Provide monitoring, remote access, and reliable communication pathways to keep data center infrastructure visible and controllable.
Protect servers and power electronics from overheating by maintaining stable rack and equipment temperatures.
Integrating efficient power and control hardware into facilities
Smart buildings are no longer a future vision; they’re today’s standard for energy efficiency, safety, and occupant comfort. OEMs designing automation systems must deliver hardware that integrates seamlessly, supports continuous monitoring, and ensures compliance with modern building codes. Reliability, scalability, and clean installations are the foundation for long-term success.
For lighting, HVAC, and load management, enabling smarter energy use and building-wide automation.
Track consumption, analyze loads, and provide actionable data for improving efficiency and sustainability.
Simplify wiring, reduce installation errors, and deliver clean, compliant panel layouts.
Safeguard systems against overloads and ensure facilities meet safety and compliance requirements.
Advancing fuel cells, hydrogen systems, and energy harvesting
Innovation in fuel cells, hydrogen, and energy harvesting technologies is reshaping how energy is produced and used. OEMs in this space are tasked with turning groundbreaking concepts into field-ready systems that must withstand vibration, environmental stress, and evolving compliance standards. The right components help bridge the gap between R&D and scalable production.
Capture and transmit critical performance data for validation, testing, and long-term monitoring of prototype and deployed systems.
Ensure reliable connections in mobile, transportable, or high-stress energy applications.
Provide efficient, reliable low-power switching with no moving parts, reducing failure points during continuous testing and operation.
Adapt to the unique form factors and environmental needs of next-generation energy systems.
Key Category | Dynamic Solution | Traditional Approach |
---|---|---|
Design Support | Local engineering insight helps OEMs choose proven power, control, and cooling components, reducing design risk. | Trial-and-error part selection slows projects, increases failures, and adds compliance risk. |
Scalability | Standardized, modular power and connectivity solutions scale from pilot to full production. | Inconsistent sourcing and one-off designs lead to delays and rework during scaling. |
Power & Cooling | Reliable power distribution, contactors, and thermal systems ensure uptime under heavy loads. | Improvised wiring and undersized cooling create overheating, downtime, and service calls. |
Connectivity & Data | Rugged connectors and industrial networking enable reliable monitoring and energy management. | Mixed vendors and legacy parts cause communication gaps and unreliable data. |
Compliance | UL/CE ready hardware, enclosures, and monitoring simplify inspections and certifications. | Additional steps and redesigns often required after installation to meet compliance. |
Lifecycle & Service | Long-life components, energy monitoring, and clear routing reduce service costs and improve reliability. | Cheaper parts wear out faster, leading to higher maintenance costs and unplanned outages. |
Partnership | Dynamic acts as an extension of your design team, supporting OEMs in renewable, storage, and data center projects. | Minimal support beyond order fulfillment; limited application insight. |
Total Cost of Ownership | Lower labor, reduced maintenance, and higher reliability cut lifecycle costs and downtime risk. | Higher install and service costs plus greater risk of expensive downtime events. |
If your team is building the next generation of sustainable infrastructure, we’re ready to help.
From renewables to data centers, energy systems demand components that perform without compromise. Dynamic connects OEMs with proven power, control, connectivity, and cooling solutions backed by design insight and local support.
Choosing the right components for energy equipment isn’t just about sourcing parts, it’s about ensuring long-term reliability, compliance, and scalability. Dynamic partners with OEMs to reduce risk and deliver confidence in every design.