Yotta's DPI inverters operate at a low DC voltage. Specifically, DC voltages will never exceed 60V, dramatically reducing arc fault risk and associated hazards. Compliant with Rule 21, the DPI has been well tested to ensure rapid shut-down whenever operating conditions stray from predictable thresholds. With module-level maximum power point tracking (MPPT), each module’s output is generated independently, and is unaffected by shading, module mismatch or output loss.
YOTTA Energy Inc.
Yotta - Model DPI-208/480 - DPI Microinverter
Yotta’s Dual Power Inverter (DPI) is designed for three-phase grid connection (208V or 480V) and has dual applications: solar only or solar + energy storage. This unique feature delivers maximum flexibility and brings all the benefits of a microinverter at a price equivalent to string inverters. Rated at 1.8kW @ 480V and 1.728kW @ 208V, this four-port, three-phase microinverter can be used with up to four, high-capacity PV modules and is compatible with Yotta's SolarLEAF energy storage technology and high performance bi-facial solar modules. Yotta’s DPI-208 and DPI-480 are powerful plug-and-play MLPE microinverters that install faster than any other solution in the market and comply with rapid shutdown requirements. Their design improves thermal dissipation while maximizing power production.Most popular related searches
energy storage system
energy storage
string inverter
solar energy storage
solar energy system
microinverter
solar energy
energy storage solar
energy meters
microinverter technology
Seamless Integration
Optimized for integration with Yotta’s SolarLEAF energy storage technology anywhere in the array. The DPI system is inherently storage-ready without requiring any additional complex electrical infrastructure.
Regulatory Safety
Integrated Safety Protection Relay and Rapid Shutdown Compliant.
Smart Performance
Microinverters add value by powering up earlier in the day and shutting down later in the day than string inverter optimizers, expanding the production curve.
Superior Reliability
DPI’s offers reliability superior to that of string inverters paired with optimizers or RSD devices.
Adjustable Power Factor
Control the power factor of the DPI. Determine effectively how much power is being used in the system.
Solid Communications
Connect to the ECU through Encrypted ZigBee. Capture data through the EMA and track the system’s performance.
Whether it's utilities ending Net Energy Metering (NEM), implementing Time-Of-Use (TOU) tariffs or markets opening up via demand response programs, the pairing of energy storage with solar will become the norm. Whether it makes economic sense today, or will tomorrow, Yotta DPI future-proofs your solarinstallation so that you can retrofit energy storage seamlessly at any point in the future.
Module-level monitoring improves system reliability, long-term yield and makes troubleshooting a breeze. Microinverters eliminate the single point of failure risk inherent in string inverters. String inverter failures require immediate attention given that they have significant impact to system performance. Module-level failures are mere service calls with minimal production loss. Four-port design translates to as much as 50% fewer required units per system compared with other microinverter technologies.
Electricians understand the language of AC electrical. Eliminating the need for specialized DC training and skills means more contractors will confidently quote and install a DPI AC-based system. The AC balance-of-system (BOS) parts are universally available, enabling a quick run to the neighborhood electrical shop vs. waiting on shipping from a far-away solar distributor. These features mean fewer installation errors associated with rooftop cable crimping and other points of DC failure.