Innovative and statically optimised short rail system that is quick and easy to mount.
Universal module clamps and suitable for portrait and landscape orientation.
5° elevation with MiniFive: significantly more output thanks to improved ventilation and optimised solar irradiation.
High planning reliability, optimised for storage and transport.
The new MK2 rail channel eliminates the need for a separate, dedicated module clamp and improves the connection of the optimisers and the elevation with RailUp.
The compact dimensions of the MiniRail system enable very small pack sizes and low weight.
MiniRail 60 allows larger distance between module and trapezoidal sheet thanks to 60 mm height.
Rail connector for inserting into the SingleRail 36, SingleRail 36 light and SingleRail 50 rail.
The spring clip fulfils several functions: It not only serves as a reliable stop, but also ensures effective potential equalisation and holds the connector securely in place.
No additional accessories required for installation.
Patented high-strength steel frame: Shifting away from conventional aluminum, the Edge features a patented high-strength steel frame that delivers a massive 150% boost in material strength and a 25% increase in wind load capacity.
Enhanced power generation structure: By removing frame obstructions on the C-side, the rear-side light receiving area is boosted by 2.5%, producing a 2% gain in bifacial rate.
Reduced Side A frame profile: The Side A frame profile is over 20% lower than standard modules, allowing dust and snow to slide off seamlessly.
Pioneering environmental footprint: The use of a steel-based frame lowers product carbon emissions by approximately 70% compared to typical aluminum frames.
Groundless quick installation: Its plug-in, grounding-free design cuts out equipotential bonding between modules, significantly reducing grounding wires and installation time.
Patented frame design: the short edge frame sits flush with the front glass, removing the standard A-side of the short edge where dust and snow tend to accumulate. This greatly reduces bottom dust build-up and enables snow to slide off more easily.
Higher energy yield: adopting Longi’s HPBC 2.0 technology, HydroClear features excellent low-irradiation performance and strong tolerance to uneven light irradiation. Combined with innovative frame design and outstanding anti-shading capability, it delivers a proven monthly average power generation gain of over 2%.
Less O&M costs and lower risks: Dust and snow slide away easily under natural wind and gravity, preventing the formation of mud belt and uneven load risks caused by stagnant snowmelt. With reduced maintenance work, O&M costs and related risks are effectively minimized.
Advanced structural architecture: the Ice-shield incorporates LONGi’s exclusive, 16% stronger TaiRay silicon wafers, drastically improving cell-level resistance to micro-cracking.
Impact & load thresholds: armed with a 3.2mm thickened front glass (upgraded from conventional 2.0mm), the module withstands hail impacts of up to 55mm, improving overall impact resistance by 4.5x and dropping glass breakage probability by 70%.
Industry-leading loading: combined with a high-strength aluminum alloy frame carrying a 270 MPa yield strength and a highly reliable BC cell "one-line" welding and OBB structure, the module reduces cell edge stress by 48% compared to TOPCon alternatives.
It comfortably supports a heavy ±5400Pa load on fixed brackets and ±3600Pa on mainstream tracking systems.
Elite anti-corrosion defence: the Sea-shield module utilizes a molecular-level passivated frame featuring a highly weather-resistant anodized film that has passed the strictest Grade 8 salt spray test, confirming its durability for demanding offshore C5 and CX corrosive environments.
Deep-sea level fourfold protection system: It pairs with a special anti-corrosion frame and sealed junction box and connectors designed to stop edge penetration and salt crystallization.
Encapsulated with a low water vapor transmission dual-POE formula for superior PID and aging resistance.
Glass with the special film has a denser structure, Fully sealed surface for superior resistance.
Outstanding anti-tidal performance: to counteract wave forces and high wind loads, a high-load design combining bolts and pressure blocks is adopted for double protection.
Higher power density: With a power output of up to 670 Wp, the module features a multi-cut technology based on large-format rectangular cells and enhanced light utilization.
Higher bifaciality: Cell poly-patterned technology and optimized back-side design enable PV module bifaciality of up to 90%, delivering an additional 0.4%–0.5% system-level energy gain.
Lower temperature coefficient: Advanced passivation technologies on cell edge and surface lower the PV module temperature coefficient to -0.26%/°C, improving PV system performance in high-temperature environments.
High reliability: Together, these advanced cell and module technologies deliver high reliability and reduce degradation to ≤1% in the first year and 0.35% annually thereafter, ensuring over 88.85% output after 30 years.
Durability and safety: For demanding conditions such as glare-sensitive, high-load, corrosive, and dusty environments, the module can be equipped with anti-glare glass, IoT-enabled junction box, and steel, composite, or anti-dust frames.
Powered by CATL’s latest sodium-ion technology, TENER Sodium delivers more than 30 MWh of rated capacity on a fully modular architecture.
Simpler project deployment, with each single module weighing about 42 tonnes and only 34 units required for a 1 GWh site.
Greater configuration flexibility, with energy and power blocks decoupled to support flexible storage durations of 1, 2, 4, 6, and 8 hours.
Lower maintenance cost, as faulty modules can be quickly isolated and replaced independently.
Dedicated bidirectional (Bi-DC) voltage regulation system enables automatic voltage boosting in the low-voltage range.
BMS system designed for continuously sloping voltage curves, enabling more accurate SOC estimation and 20% higher overcharge SOC tolerance than lithium-ion.
Ultra-low auxiliary energy consumption reduced from 2% to 1% through liquid-cooling and unique top-discharge airflow design.
Low-noise design operating at only 65 decibels, addressing local community concerns.
Full compatibility with LFP systems, sharing the same physical footprint and enclosures.
Supports up to 1.6x PV-to-battery charging and 0.66P battery charging/discharging capability
Patented PID ZERO® technology suppresses solar panel degradation by day and recovers lost performance by night
Thermal design supports repeated high-power operation in ambient temperatures up to 50°C
Intelligent low-temperature heating down to −20°C
Models up to 15 kW feature fanless operation below 35 dB(A)
Up to 150% three-phase unbalanced output supports high-demand appliances such as EV chargers and heat pumps
Modular, plug-and-play architecture built on 314 Ah large-format cells
AI Energy Forecasting via iHomeManager Mini integrates weather, generation, and load forecasts
EnergyBridge companion mini backup solution integrates a changeover switch, circuit breaker, meter, bypass switch, and current transformer into a single unit
AFCI 3.0R arc-fault protection, active fire suppression, and explosion-resistant structural design
IP66 ingress protection and C5 corrosion resistance
Smart I-V curve scan, system health report, string-level fault finding
Connecting with multiple types of devices seamlessly: Inverters, export power managers, weather stations, etc.
Manage multiple types of systems across residential, commercial and utility scale plants.
Enables multiple team management across different sectors
Clear and concise display of system performance and benefits including carbon emissions saved and equivalent trees planted as well as showing system yield & earnings
Live power flow display gives visibility of both standard solar systems as well as storage systems.
Bring system monitoring, control, remote access, firmware updates and configuration together in one place.
Designed for systems that do not require all the interfaces available on higher-end GX devices.
Delivers the core GX functionality at a lower cost by omitting VE.Bus connectivity, HDMI output for GX Touch displays, and tank and temperature sensor inputs.
Retains the monitoring, control and connectivity features that make GX devices the heart of a Victron Energy system.
Suitable for systems which do not require VE.Bus communications, such as Multi RS systems.
ARRAY Wind XP™ Patented Passive Wind Stow Technology: Minimizes unnecessary stow and sensor failure risk through ARRAY’s trusted mechanical stow solution shown to offer an energy yield benefit of up to 4%.
Leading Terrain Adaptability: Incorporates ARRAY OmniTrack® terrain-following capability to minimize terrain modifications, reduce grading costs during construction by following natural land contours, and maintaining natural ecology.
ARRAY SmarTrack® Enabled: Facilitates optimized energy yield on projects with Terrain Adaptive Backtracking and Diffuse Weather Response while also providing features to mitigate risk from extreme weather conditions.
Compact 5-in-1 Design: Integrates a changeover switch, circuit breaker, meter, bypass switch, and CT into one compact unit, reducing distribution box integration space by 57%.
20-Second Installation: Mounted directly onto the standard DIN rail using a snap-in design, significantly reducing traditional installation time.
Zero Wall Damage: Directly embedded into distribution boxes, eliminating the need for drilling or destructive wall modifications.
Seamless Backup: Enables switching from grid power to backup power within 10 ms for uninterrupted residential energy.
Robust Protection: Capable of withstanding extreme surge events with a 6 kA breaking capacity and over 6,000 switching cycles.
