STEP 1Plug in and power on.
Net Metering Ends in 2027
Nex E6000: 100% Self-Consumption
Only PV systems hit a 30% self-consumption limit. With 4.5 hours of peak daylight, surplus energy is forced back to the grid. As Dutch net-metering ends in 2027, grid feed-in is a losing strategy.
Store daytime surplus for evening peak use to hit 100% self-consumption. With the Nex E6000, Generate, Store, Consume — pure efficiency for the dynamic energy market.
Plug-and-Play
Skip the wiring, extra hardware, and months of waiting. Simply plug in and power up.
STEP 1Plug in and power on.
STEP 2Connect the P1 meter.
STEP 3Set up the SAMDUO app.
No need to modify your current PV setup. Battery cells, BMS, and inverter are precision-engineered into a single unit. This is structured to be plug-and-play without add-ons.
Inverter
2600W
Bidirectional Inverte
BMS
Battery
Management System
Enclosure Structure
Physical Protection &
Thermal Management
Cell Layer
Core Energy
Storage Unit
Inverter
2600W
Bidirectional Inverte
BMS
Battery
Management System
Enclosure Structure
Physical Protection &
Thermal Management
Cell Layer
Core Energy
Storage Unit
Keep your existing solar setup exactly as it is. The Nex E6000 integrates instantly with Dutch home grid. Combined with P1 Meter and CT sensing, you get precision, real-time data on every watt you generate and use.
2600W
Bidirectional Power. 800W On-grid Output.
Intelligence
An AI-driven architecture that synthesizes dynamic grid pricing, local meteorological forecasts, and household Time-of-Use (TOU) patterns to orchestrate a 24-hour energy roadmap. Maximize your savings by navigating the Dutch dynamic market with a professional-grade strategy.
SAMDUO's core engine coordinates energy flow locally, working with all SAMDUO products and preventing future integration issues across product generations. Through Peak Shaving algorithm, it smooths out spikes and avoids price jumps to maximize energy savings.

A unified interface that synthesizes meteorological forecasts, dynamic tariffs, and solar production with real-time household loads into vibrant visualization for total control and an intuitive management experience.
Fully aligned with EU cybersecurity benchmarks, the system anchors device data locally while hosting application data exclusively within European jurisdictions under LCS-certified protocols.
Supper Battery
Redefine the limits of residential energy. While others require massive cooling gaps, our
advanced cell architecture optimizes every millimeter. The Nex E6000 refuses to
compromise on the 10,000-cycle lifespan while maintaining a slim, 6kWh high-energy profile.
Security starts at the cell level. The Nex E6000 cells remain stable even under extreme nail penetration tests (GB/T 31485-2015) at 100% charge. It’s automotive-standard security protection designed to keep your home and family safe for decades.
DuoShield™
-20°C to 55°C
Built for Dutch Reality
From a damp, unheated garage to a sun-drenched exterior wall, the E6000 is engineered with an integrated internal heating film and pressure relief valves to maintain peak stability across the changing Dutch seasons.
10-Year Warranty,
15-Year Lifespan
Your peace of mind is engineered into the system. Enjoy a 10-year warranty with a lifespan of 15 years, ensuring your battery maintains at least 70% performance throughout the coverage period. Reliable, stable, and built for the lowest total cost of ownership.
All-Environment
IP65 Rating
Rain, dust, or humidity—the E6000 is built to withstand it all. With a certified IP65 rating, the system is fully protected for both indoor and outdoor environments, making it the perfect choice for Dutch garages, carports, and exterior mounting.
SAMDUO intelligent Zero Feed-in logic ensures your solar energy is consumed or stored locally. Complete the energy circle within your own four walls and protect yourself from the diminishing returns of traditional grid exports.
Every kilowatt-hour you store and use locally is a kilowatt-hour of clean solar energy that stays within your home. Reduce your reliance on fossil-fuel-based grid power and join the transition toward a zero-carbon future.
1. Estimated Annual Savings: Up to €1,584.26 based on typical Dutch household consumption and average solar generation. All savings data assume three units in typical operation. Actual results may vary depending on geographic location, solar generation forecast accuracy, PV panel orientation, electricity prices, and other factors.Assumptions for Calculation: Average Dutch household solar system: 4.5 kW; Daily solar generation: 20.25 kWh; Self-consumption rate: 25%; Average electricity price in the Netherlands: €0.30/kWh; Peak‑off‑peak differential: €0.15/kWh; Net metering feed-in tariff: €0.025/kWh (estimated) Annual Solar Generation & Storage: Total annual generation: 20.25 kWh × 365 = 7,391.25 kWh/year; Storable energy (75% of generation): 5,543.4 kWh/year; Battery usable capacity (90% depth of discharge): 5.43 kWh per unit, maximum three units: 16.29 kWh Energy Allocation Strategy: Annual self-consumption from stored solar energy: min(5,543.4 kWh, 16.29 kWh × 365) = 5,942.2 kWh; Remaining battery capacity: 398.8 kWh, purchased at low-tariff periods and used during high-tariff periods; Savings from tariff optimization: 398.8 kWh × €0.15 = €59.82 Total Calculated Annual Savings: 5,543.4 kWh × (€0.30 − €0.025) + €59.82 = €1,584.26
2. All promotional data, feature descriptions, and estimated savings are based on typical conditions, standard environments, and ideal assumptions. Actual performance, cost savings, and operational stability may vary depending on factors such as geography, electricity usage patterns, grid conditions, tariff policies, and system configuration. This product is designed as a home energy optimization device and does not replace professional electrical safety measures. Installation and use must comply with local grid regulations and electrical standards. Compatibility with third-party devices and zero-feed functionality cannot be guaranteed at 100%; actual results may vary.
3. Smart AI Features (including AI predictive scheduling and edge AI) are based on algorithm models and typical consumption, price, and solar generation data. Actual performance may differ due to geography, usage patterns, real-time electricity prices, network conditions, and other factors. Some AI features are planned but not yet available; availability depends on product updates. The actual SAMDUO App interface and functionality may vary; screenshots are for illustrative purposes only.
4. Zero Feed-in (Net Metering Minimization) requires a compliant local smart meter and is calculated based on typical household scenarios. Actual results may be affected by grid conditions, load patterns, and solar generation output. Complete zero-feed cannot be guaranteed; compliance with local grid regulations takes precedence.
5. PowerMesh™ Technology: Multi-unit zero-feed and energy scheduling functions assume a single meter and standard grid environment under typical conditions. Actual performance may be affected by meter protocols, grid conditions, number of units, installation layout, and other factors. Maximum multi-unit expansion is a theoretical limit; actual performance must be verified on-site. Installation and use must comply with local grid regulations and electrical standards.