Engineered for compliance and optimal performance within the European grid and industrial ecosystems.
Understanding the strict regulatory framework, grid congestion challenges, and rapid transition toward high-density electrification.
The Netherlands faces severe grid capacity bottlenecks. Our scalable LFP and NMC battery storage systems act as vital buffer reserves, enabling commercial complexes, data centers, and greenhouse farms to execute peak shaving and maintain stable grid operations without expensive transformer upgrades.
Safety is the primary metric for Dutch procurement. All our systems are optimized for the latest Dutch PGS 37 safety guidelines (for lithium storage safety), ensuring fully tested thermal runaway protection, integrated fire-suppression mechanisms, and compliance with the EU Battery Passport system.
With massive investments in offshore North Sea wind projects and agricultural greenhouse solar arrays, reliable dynamic battery management systems (BMS) are essential. Our lithium solutions support advanced charging algorithms that interface smoothly with EMS platforms common in European utilities.
Established in 2007, Dynalink (DL) has developed into a technology-driven design and manufacturing titan. Our workforce exceeds 800 employees globally, comprising over 200 technical experts and material science specialists. We specialize in the development and manufacturing of industrial power supplies, advanced energy storage capacitors, and high-precision connectors.
Through consistent capital investment in advanced R&D, DL maintains a complete vertically-integrated supply chain. From fundamental material science research to custom structural design and precision high-volume manufacturing, we ensure every battery pack and electronic component achieves the highest limits of reliability.
A comprehensive development structure ensuring continuous system integration and long-term operating efficiency.
For high-capacity agricultural monitoring and maritime cargo drones, our high-discharge rate batteries guarantee stability, thermal defense, and rapid charging capability.
Our high-speed connectors and uninterruptible power systems prevent voltage dropouts and minimize data transmission degradation in critical FLAP-D installations.
Our ruggedized connectors and specialized power supplies offer high ingress protection (IP67/IP68) for automated greenhouses and heavy industrial applications.
Utilizing our self-developed intelligent prototyping platform, we transition from customer system specs to physical certified component design swiftly.
DL continuously develops solid-state chemistries, high-voltage LFP storage modules, and ultra-high-density capacitors to stay ahead of upcoming tech transitions.
Our facilities are fully aligned with ISO quality standards, ensuring smooth product approvals and frictionless importing protocols for major European OEMs.
We prioritize quality as our strategic shield. Through continuous production optimization and rigorous materials verification, we forge industrial-grade batteries, capacitors, and connectors that function as benchmarks in the power distribution industry.
Providing the critical electrical foundation needed for modular energy storage arrays and high-speed signal distribution.
Manufactured under strict oversight to align with both national and European quality standards.
From solar-hybrid backup solutions to customized lightweight drone batteries, explore our extensive wholesale line.
Addressing compliance, customs, electrical customization, and safety integration parameters for procurement teams in the Benelux region.
Our industrial battery lines and modular energy storage systems are designed with high thermal management control. By utilizing integrated battery management software (BMS), thermal runaway insulation barriers, and automatic fire-suppression interface compatibility, our systems align directly with the criteria laid out in PGS 37-1 and PGS 37-2 directives for the commercial storage of lithium batteries.
We deliver certified systems that have cleared rigorous testing standards including UN38.3 (transportation security), CE marking, RoHS directives, and relevant IEC standards (such as IEC 62619 for industrial applications). This guarantees frictionless importing and installation compliance under the oversight of Dutch safety inspectors.
Yes. Supported by our team of over 200 developers, we provide custom design integration. From adjusting output voltage, altering dimensions to fit localized equipment housings, to designing bespoke high-speed connector layouts, we support tailored solutions based on precise requirements.
We build our enclosure systems with higher Ingress Protection ratings (up to IP67) and apply advanced anti-corrosion coatings to protect inside modules. This preserves electrical contacts and internal cell structures from moisture and humidity variations characteristic of modern greenhouse environments.
We primarily offer Lithium Iron Phosphate (LiFePO4/LFP) chemistry for stationary configurations due to its superior safety performance, long cycle life, and thermal tolerance. For applications requiring light weight and high energy density, such as drone technology or specialized portable devices, we supply customized High-C-rate Lithium Polymer (LiPo) and Lithium-Ion options.
Our manufacturing sites operate in compliance with ISO 9001:2015, ISO 14001:2015, and ISO 45001:2018 systems. We carry out automated optical testing, cell impedance grouping, and comprehensive load-bank cycle tests to verify performance consistency before shipment.
Yes. Our residential stacked storage and wall-mount solar batteries are built to interface with advanced hybrid inverters that comply with EU grid codes (including EN 50549-1 requirements), supporting seamless grid-connected, hybrid, or off-grid operations in the Dutch territory.
Dynalink Electronic