During the three-day intensive event, the team had a highly pragmatic exchange with front-line practitioners in Europe's fast-growing solar market-including installers, general engineering contractors (EPC), distributors and project developers.
Rather than broad industry debate, the talks in Amsterdam were solution-oriented and focused on how to efficiently integrate energy storage into current solar projects while preparing for future grid dynamics.
From solar expansion to energy storage integration
The Netherlands and the broader Benelux (Benelux) market continue to experience rapid solar deployment, creating new challenges related to grid congestion, optimization of ownership rates and project profitability. Visitors to the WHES booth paid particular attention to how energy storage works: · Unlocking solar projects delayed due to grid constraints · Increasing return on investment through peak cutting and valley filling and energy arbitrage · Empowering commercial sites with more flexible energy strategies · Increasing the independence and resilience of residential users
These discussions highlight a shift in industry trends from late-stage additions to designing solar and energy storage as integrated systems from the start.
Advanced energy storage solutions for industrial and commercial applications
At the Solar Solutions Show, WHES showcased its modular commercial and industrial (C & I) energy storage portfolio, designed to support the operational needs of commercial facilities, industrial sites, logistics centers and renewable energy integration projects. Visitors learn about PC-G1, a widely known battery energy storage system (BESS) that provides reliable peak shaving, load shifting, backup power and energy cost optimization. With a balanced power-to-capacity ratio and scalable architecture, the system supports efficient deployment of medium-sized commercial applications.
There is also great interest in next-generation PC-G2 systems, designed for flexible project sizing and long-term adaptability. Its modular AC/DC architecture supports configurations for different storage durations, enabling installers and developers to tailor system performance to specific site requirements. The PC-G2 is designed to simplify commissioning and ensure high operational reliability, supporting applications ranging from energy arbitrage and demand management to renewable energy integration and grid support.
For smaller commercial installations or sites with limited space, compact but powerful PC-mini storage solutions have attracted much attention. Its integrated design enables faster installation and intuitive system expansion, making it ideal for small and medium-sized businesses, retail facilities and light industrial environments. In all business and industrial discussions, visitors emphasized the importance of combining scalability, installation efficiency and robust system performance-key principles that define WHES commercial energy storage platforms.
Residential Energy Storage for a Smarter Home Energy Ecosystem
In addition to commercial and industrial solutions, WHES also demonstrated its residential product portfolio, which aims to give homeowners greater energy independence, optimized solar energy utilization and reliable backup capacity. The PP-T1 three-phase all-in-one system combines hybrid inverter technology with modular battery storage to create a compact and streamlined solution for modern homes. Its flexible capacity range allows the system to grow with household energy needs, while smart energy management supports increased efficiency and reduced grid dependency.
For single-phase home users, PP-S2 provide a versatile storage solution that combines easy installation with reliable performance. The system enables homeowners to store excess solar energy, manage consumption more efficiently, and maintain energy supplies during power outages. Both residential platforms are designed as part of a broader home energy ecosystem, adding additional storage modules and integrating with smart energy management tools to ensure long-term flexibility and future readiness.
Turn data into energy value with WHES OS
A key topic of this event is the increasing importance of intelligent system control. Through live discussions and demonstrations, WHES OS was presented as a platform that enables users to move beyond basic storage operations to active energy optimization. With real-time monitoring, advanced control strategies, remote diagnostics, and better visibility into energy flow, WHES OS enables installers, asset holders, and homeowners to maximize system performance under different energy conditions.
Industry Conversations to Shape Future Projects
Solar Solutions Amsterdam stands out for its highly collaborative environment, where project insights are shared openly. The team had the opportunity to exchange experiences with partners already deploying energy storage in grid-constrained areas, as well as with new contacts planning large solar portfolios. These conversations reinforce a clear industry direction: energy storage is no longer a niche upgrade, it is becoming a standard design element of modern solar infrastructure.
Continued momentum
The strong interaction at the Solar Solutions show confirmed the role of energy storage in accelerating a smarter and more flexible energy system in Europe. WHES continues to focus on supporting partners, providing scalable technology, a smart energy management platform, and practical expertise to translate project concepts into operational solutions. Thank you to everyone who made the trip to the Amsterdam booth-we look forward to continuing these discussions and working together to develop the next generation of solar and energy storage projects.