FAQ
Each SolarLEAF (SL-1000) unit has a capacity of 1kWh and weighs approximately 50 lbs. Each SL-1000 is about the size of a briefcase and is designed to seamlessly fit under any industry standard solar PV module.
Panel-level storage shares a lot of the advantages that other module-level power electronics — microinverters, DC optimizers, etc. — bring to the industry, such as the simplification of design, power efficiency, and power optimization. Unlike other large stationary ESS systems, the SL-1000 simply integrates with the same racking system as the solar module and uses the same balance of system. This is advantageous in situations with limited space or where the placement of stationary storage may add significant trenching costs. Additionally, the distributed design of the SL-1000 with lithium-iron-phosphate technology is the safest way to integrate storage, as there is no risk of a cascading thermal runaway. In commercial rooftop systems with ballast racking the SL-1000 offsets the additional weight needed, which is typically accomplished with concrete ballast blocks.
The SL-1000 is designed to be mounted directly behind the solar module that is powering it. The SL1000 can install electrically between the PV modules and the inverter because it can work with microinverters, string inverters, and battery inverters.
Yes, Yotta is developing attachment brackets for various ground-mount racking solutions.
The SL-1000 is generally not recommended for moving vehicles unless the installation is completed via a professional attachment process.
Current generation of the SL-1000 uses Lithium Iron Phosphate. It is one of the safest and non-toxic types of lithium ion batteries that have minimal to no fire risks. Moreover, LFP has a high cycle life and needs no maintenance over its lifetime.
The SL-1000 uses a premium, high-cycle life lithium-iron-phosphate chemistry that will come with a standard 10-year warranty, with an option to extend it to 20 years.
Lithium-Iron-Phosphate is one of the safest battery chemistries available, as the phosphate-based cathode material is not prone to thermal runaway. Additionally, each battery is housed in a fireproof enclosure. The distributed architecture renders the risk of a cascading thermal effect nearly impossible. Typically distributed with three feet of spacing between units and carrying a 1 kWh nominal capacity, the SL-1000 effectively minimizes and separates components to further curb thermal effects. The SL-1000 will meet and exceed the strictest safety regulations for integrating energy storage into the built environment.
Yotta’s Smart Thermal Protection technology is based on a phase-change heat exchange system. This is commonly used in satellites to protect electronics and batteries from great variability in temperature. Yotta has developed and patented a solid-state design of the system — no moving parts — that works completely passively in protecting batteries in extreme heat and highly efficient protection against freezing temperatures.
One of the main benefits of the Yotta solution is that it can scale to meet any size project. Pricing will depend on the project and the number of units, so if you would like a quote, please enter your project details on the “Get Yotta” link and a member of our sales team will be in touch to get you pricing details for your specific project.