PRODUCT ANNOUNCEMENTS

Acts as the system’s native Microgrid Interconnect Device (MID)—sensing a grid outage, isolating the home, and initiating backup power. No main panel upgrades, circuit relocations, backup loads panels, or system controllers. Housing the Microgrid Interconnect Device (MID), Consumption Transformers (CTs), system sensing, and battery communication within a single plug-and-play meter collar. RJ45 port for ethernet, providing digital communication instead of a hardwired, analog communications cable. Eliminate the need for circuit relocations and backup loads panels in many applications.

Radar & Guidance lane Radar shows the loader's left/right, front/back distance to the target point. Once the operator is inside the tolerance range, a sound alert and lit travel lane guide the drop into place. Site managers can also adjust distance and angle tolerances to meet project requirements. Pin Marking Drop a pin anywhere on the map with a tap, replacing physical flags and the walk to place or find them. Mark pre-staging areas, caution zones, reference points, or any point that matters to the job. Shift Logging Bulk-select piles across an area, see the count and pile type at a glance, and update their status all at once, no counting or paperwork required. Every change syncs live to Xpanner Connect, giving the office real-time visibility into progress.

Bluetooth connectivity now on Windows Access settings files without needing the same app version Seeing every battery in the bank, from anywhere SolarSense 750 data, now ready for further analysis Your app, your view

Conversation Router classifies it and routes it to the right engine automatically Structured Engine: Ask your database in plain English Unstructured Engine: Search your documents and get cited answers Hybrid Engine: One question. Across data and documents. The AKG encodes your application's meaning. Cross-Application Query: Span multiple enterprise systems in a single question. Access controls, PII filtering, and audit logging apply to every query Consumption-based pricing tied to queries performed and applications enabled

Automatic, not manual Your taxonomy, not ours Human review at every step Platform-agnostic by design

Intelligent Operation and Maintenance Built-in WiFi & remote monitoring OTA remote upgrade keeps the system up to date All-in-one design including inverter, battery & BMS Aerosol fire suppression for precise protection Low noise operation Seamless switching for uninterrupted power supply Support up to 3 units in parallel Maximum PV input current up to 20 A, easily compatible with high-power modules Independent generator & smart load port Effortless installation, wiring on both sides Wheel design enables more convenient installation

Dual use TerraE modules, installed in an elevated system promote plant growth in a controlled climate while powering its own operations (like watering, cooling, heating, ventilation) or feeding energy into the grid. Transparency With 40% light transmission, TerraE modules distribute light evenly, reducing sunlight exposure, plant dehydration, and watering needs. Protection of crops TerraE modules shield crops from heavy rain, hail, snow, and strong winds boosting harvest yield. High durability against mechanical loads TerraE modules are robustly built to withstand snow loads and other mechanical stresses. Environmentally friendly TerraE modules enable more efficient, eco-friendly production with higher yield rates due to their enhanced reliability and reduced risk of defects.

Innovative Cell Layout: The cells are arranged in a unique pattern: half-cells are placed in twin sub-strings in parallel instead of the common mirror design. Benefits: Optimized efficiency & enhanced durability High Partial Shading Tolerance: By utilizing a unique half-cell arrangement in twin sub-strings, the TerraV experiences only 36% power loss under partial shading conditions. No Self-Shading on the rear side: The frame design and clever positioning of the junction boxes & cables prevents self-shading from the rear side. High durability against mechanical loads - Extreme resistance to wind and snow: The use of smaller cells, aligned with their longer side parallel to the module's longer side, reduces the risk of laminate bending and cell fracture. More energy in less space: TOPCon modules' high efficiency allows them to generate the same electricity as conventional modules while using less space, promoting a more sustainable future. Bifaciality: 80% bifaciality boosts energy output by capturing sunlight on both sides of the module. Encapsulation: POE encapsulation ensures minimal solar cell degradation. Bypass diodes: Junction boxes feature 3 bypass diodes to prevent hot spots caused by shaded or high-resistance cells, minimizing power loss during partial shading.

High-efficiency stacked cell and SiC PCs, enhancing system RTE High energy density battery cell and high power density PCS, enhancing 20ft battery cabinet capacity increased by 33% Pre-installed, pre-commissioned, one-click array configuration, one-click inspection Thermal runaway early warning and control, lithium plating diagnosis ArcDefender energy storage DC arc detection Wireless-free deployment,end-to-end communication encryption ms-level voltage regulation, enhancing grid voltage stability Flexible inertia support,enhancing frequency stability IIncremental dynamic virtual impedance, enhancing phase angle stability 90ms plant-level response and precise regulation empowering high-flexibility grid

Maximum output of 511.5 kW and achieves a 28% increase in power density, enabled by next-generation SiC devices, third-generation cooling technology, and high-performance magnetic materials. AI-driven power optimization enhances active power delivery under grid-support scenarios, helping increase overall energy yield and project returns. Reduces BOS costs by up to USD 180,000 per 100 MW project by combining long-string design, a 7.44 MW+ large-block architecture, and a 1000 V AC system. Off-grid commissioning enables full system verification using PV power and eliminates the need for diesel generators. Triple-layer Redundant DC Protection: The SG510HX inverter is equipped with Smart Shutdown Solution 3.0. A Smart Lockout mechanism further enhances safety by ensuring reliable fault isolation and preventing unintended re-energization before faults are cleared. All-Condition Lightning Protection Across the Entire Lifecycle. Grid-forming technology enhances grid stability through flexible inertia support (<5 ms) to reduce fluctuations, instant reactive power response for stronger voltage support, and millisecond-level damping control across the 0.1–100 Hz range. Smart IV Diagnosis 2.0 allows full-site inspection via laptop without dedicated servers, lowering operational costs. AI-driven duct cleaning automatically removes dust and blockages through airflow reversal, reducing manual maintenance. Integrated cold-shrink cable termination and a dust- and insect-resistant design further minimize installation and upkeep effort.

Integrated inverter, battery, and BMS in one compact unit 4 MPPTs with 2400W PV input Stackable to 9.6kWh - supports mixing old and new batteries 1500W off-grid output for reliable home backup and outdoor power needs Works seamlessly with Shelly meters for accurate energy tracking Built-in aerosol fire suppression system Self-heating technology ensures reliable performance down to -20 °C 10-year warranty, designed for European homes

Easy installation and maintenance with a novel design Compatible with all branded EVs Dynamic load control External emergency shutdown switch Remote Control & Monitoring Intelligent monitoring & scheduling Manage PV and charging systems via SEMS+ Modern & User-friendly Design Wall-mounted or pole-mounted design IP66 protection Small, lightweight, and compact