solarlytics.net

What It Is

Solarlytics’ BOOST Platform is an energy recovery solution for large-scale solar power plants. It is not positioned as a general-purpose enterprise SaaS product, but rather as an IoT + AI platform for the photovoltaic industry. According to the official website, large solar plants may have around 8% inefficiency, and the platform aims to help plants generate 3–10% more energy while improving returns for solar asset owners in the U.S. and other regions.

Core Features and Product Capabilities

Based on the captured site content, the platform follows three steps: “Connect and Collect,” “Analyze,” and “Act.” It first obtains continuous, granular string-level data through precise string-level monitoring. Then, an AI cloud engine uses machine learning to identify issues such as shading, damage, and voltage mismatches. Finally, it delivers predictive maintenance intelligence to reduce O&M costs and increase power generation. Case studies also show that BOOST can correct string imbalance, increase string voltage, and improve electrical compatibility in scenarios involving aging panels, damaged panels, and inverter replacement.

Pricing and Business Model

The official website does not disclose plans, subscription fees, hardware costs, or MW-based pricing, and there is no clearly stated free version. The site content mentions that customers move from small proof-of-concept projects to large-scale deployments, and the case studies list payback periods of 1 year, less than 1 year, or less than 3 years. This suggests that sales are more likely project-based or customized, with pricing depending on plant size and the scope of retrofit work.

Pros and Cons

The main advantage is its highly focused use case: it directly addresses string imbalance, voltage collapse, insufficient monitoring, and inverter replacement compatibility issues in large-scale PV plants. The case studies report outcomes such as a 7% increase in power generation, a 13% revenue increase, and IRRs of 32% or 43%, making it easier for asset owners to assess the economics. The downside is that the publicly available information is not comprehensive enough for enterprise software evaluation: there is no clear information on third-party integrations, APIs, permission management, SLA, data security certifications, self-hosting options, or payment methods.

Best Fit and Access from China

It is best suited for large IPPs, solar asset owners, commercial and industrial distributed solar plants, and O&M teams—especially in scenarios involving aging plants, uneven terrain, inverter replacement, or insufficient monitoring data. Access from China is unknown. If Chinese companies are evaluating it, they should focus on confirming network connectivity, cross-border cloud data transfer, RMB or local payment options, local O&M support, and compatibility with domestic inverter and monitoring systems. Comparable alternatives include domestic and international PV monitoring platforms, SCADA systems, inverter vendors’ O&M platforms, and third-party renewable energy asset management systems.