The EcoBoost MPPT solar charge controller brings Morningstar’s proprietary TrakStar Technology to our new line of Essentials

controllers and accessories. The EcoBoost controllers automatically detect 12 or 24 V system configuration. They are highly efficient and accurate controllers designed to ensure that batteries attain a complete state of charge.

They are also sophisticated load controllers. Using this feature to manage DC power consumption protects the batteries from over discharge and helps ensure long-term system reliability. Small DC loads can be powered directly from the EcoBoost by way of two USB
charging ports.

Morningstar EcoBoost controllers act as the central brain of PV powered DC electrical systems up to 1,120 watts and offer outstanding value, performance, and dependability.

KEY FEATURES AND BENEFITS

• Rugged, Maintenance-free Design

Conformally coated circuit board and corrosion resistant terminals.

• Maximizes Energy Harvest

Using TrakStar MPPT technology to determine and adjust to the true maximum power point as solar insolation changes throughout the day.

• High Efficiency

At low, medium, and high power levels.

• Optional Meter

Provides access to system operational information, including current and historical performance data. All EcoBoost “M” controllers include the meter.

OutBack Power’s new MATE3s display and controller offer advanced features for monitoring and controlling your OutBack Power system.  Remotely manage and monitor multiple inverter/chargers, and DC monitoring devices with this well-designed controller.  The MATE3s intuitive user interface and integrated system configuration wizard make programming and setup simple.

The OutBack MATE3s controller’s unique multi-level password feature allows you to secure critical system settings from unintended changes while still allowing open access to necessary functions.  A built-in clock and calendar function allows for detailed timer-based programming of inverter and charger operation.  Settings are stored in permanent memory to preserve settings in the event of system shutdown.

The MATE3s features full remote system monitoring via an easy-to-use web interface.  An SD memory card slot allows you to increase data logging capacity as well as upgrade units in the field.  Web connectivity is provided with an included CAT 5 network cable with an RJ45 modular jack.

The latest, most advanced features on the industry’s most trusted and proven platform—that’s the essence of OutBack’s new FXR Series of Grid/Hybrid inverter/chargers. Capable of off-grid or grid-connected operation in a single model, the FXR Grid/Hybrid inverter/chargers provide system designers with unprecedented flexibility and compatibility for nearly any power conversion scenario.

The new FXR features and technologies on the acclaimed FX platform include:

• Both off-grid and grid-tied functionality in one unit
• Seven programmable modes, including GridZero and Support Mode and built-in networked communications
• Advanced Battery Charging (ABC) with expanded charging voltages and time parameters, enabling system designers to accommodate the specific charging profiles and algorithms of new and emerging energy storage technologies including Lithium Ion, Aqueous Ion and Flow chemistry batteries
• Easy system upgradability in the field

FXR inverter/chargers can be paired with a MATE3s remote to add OPTICS RE to remotely monitor and control system performance from any location. Available in power ranges from 2000W-3600W, multiple units may be stacked and connected with other OutBack Power electronics for more seamless system integration and the ability to function in a wide variety of applications, and system sizes. Up to nine inverters can be combined in a 3-phase system with the 12V, 24V or 48V models, and up to 36kW in a grid-tied 24V or 48V system. The exclusive modular system architecture means that increased power output is just an additional FXR inverter/charger away.

Available in sealed or vented units with NEMA type 1 die-cast aluminum chassis designed to operate in the harshest environmental conditions such as high temperatures, humidity or corrosive salt air, the FXR’s continue in OutBack’s tradition of absolute dependability in mission critical installations no matter how harsh or challenging the conditions.

Features:

• Dimensions (LxWxH): 16.25 × 8.25 × 12 inches
• Weight: 28 kg
• Single-phase, 230V Sinewave Output
• Programmable for Seven Different Modes with Generator Assist
• Modular, Stackable Design for up to Nine Inverters in Three-phase and 10 Inverters in Grid-tied
• Up to 93% Operating Efficiency
• Field Upgradable Software
• Standard 5-Year Warranty with Optional 10-Year Upgrade

Unmatched Power Output for Maximum Efficiency

The Canadian Solar 705 Watts TOPBiHiKu7 N-type Bifacial Module is designed to revolutionize solar energy production with its industry-leading power capacity. With a robust 705-watt output, this module ensures superior performance and reliability, making it an excellent choice for residential, commercial, and industrial solar installations. Whether you’re looking to lower your electricity bills or reduce your environmental footprint, this module delivers consistent, high-efficiency energy production to meet your needs.

Advanced N-type Bifacial Technology

At the heart of the Canadian Solar TOPBiHiKu7 is cutting-edge N-type bifacial technology that harnesses sunlight on both sides of the module. This innovation boosts light absorption and amplifies energy generation, even in low-light conditions. Ideal for installations in regions with varied sunlight exposure, this smart technology ensures optimal performance, making the module a reliable solution for diverse climates and terrains. Gain a competitive edge in energy production with a technology tailored for efficiency and longevity.

Durability and Sustainable Design

Built with premium materials and backed by Canadian Solar’s engineering expertise, the TOPBiHiKu7 module is engineered for durability and long-term reliability. Its robust construction resists environmental stressors such as wind, snow, and high temperatures, ensuring stable operation under challenging conditions. Moreover, the bifacial design aligns with sustainability goals, maximizing energy received while reducing waste. The module is perfect for those who value eco-conscious energy production without compromising performance.