Dimension scores are derived from public data and fields; weighted into the composite. Reference only.
Clever Solar is an AI-powered real-time diagnostics SaaS for photovoltaic plant operations and maintenance, rather than a general-purpose developer tool in the traditional sense. It uses a patented plug-and-play device installed on each string and connected to the PV module junction box, continuously measures IV curves, and uploads data to the cloud via Wi‑Fi every 15 minutes. AI algorithms then identify fault locations, degradation levels, and O&M priorities.
Functionally, it covers real-time monitoring, module-level diagnostics, predictive maintenance, alerts, reporting, maps, and multi-site asset management. The site claims it can detect 100% of PV issues, help recover up to 15% of power generation, and reduce O&M costs by up to 70%, but these claims should still be validated against real project conditions. Languages and frameworks are not disclosed. On the API side, Clever provides a REST API for connecting diagnostic data to ERP, BI, and custom applications, and also supports CSV export. However, we did not find public API documentation, SDKs, webhooks, authentication examples, or data model descriptions. The platform does not mention being open source; given its SaaS model, patented hardware, and commercial pricing, it should be regarded as a closed-source commercial product. For self-hosting, the page describes it as fully cloud based, with data stored in five regional data centers in Europe, and does not offer a private deployment option.
Pricing is relatively transparent and charged per string: Starter, for under 2MW, is 19€/string setup + 19€/string/year; Growth, for 2-50MW, is 15€/string setup + 15€/string/year; Enterprise, for over 50MW, is 11€/string setup + 11€/string/year, with annual fees decreasing by tier. Plans include real-time analytics, AI diagnostic reports, unlimited data history, and email and chat support; higher tiers provide multi-site management and Account Executive Support. Cancellation terms need to be discussed with the team.
The strengths are its integrated hardware-software approach, fine-grained diagnostics, clear deployment explanation, and API support for complementing existing systems. The downsides are its strong dependence on dedicated hardware and PV-specific scenarios. The site explicitly states that it does not replace or directly integrate with existing SCADA/inverter systems, and data can only be exported via API/CSV. Developer documentation is also not very transparent. It is better suited to IPPs, investors, asset managers, O&M service providers, and EPC companies than to ordinary software development teams.
Information on website accessibility from China, payment methods, and localized services is not disclosed, so china_access can only be assessed as unknown. For use in Chinese PV projects, users would still need to confirm device import requirements, Wi‑Fi/cloud connectivity, compliance involving European data centers, euro payments, and local O&M support. Possible alternatives include existing SCADA/inverter monitoring systems, PV asset management platforms, or in-house BI/ERP-based O&M analytics.
⚠ This review is compiled from public sources and does not constitute a purchase recommendation. Verify all facts on the vendor's official site. Verify on cleversd.com official site.
cleversd.com is an Spain Dev Tools provider. TG4G tracks its product information, an overall rating of 7.0/10, and a China-accessibility score of Workable. Click "Visit Official Site" to reach cleversd.com directly.