Dimension scores are derived from public data and fields; weighted into the composite. Reference only.
SolarNetwork, operated by SolarNetwork Foundation, is an open-source energy management and data infrastructure platform. Its core goal is to unify data collection, organization, querying, and control across distributed scenarios such as solar PV, wind power, batteries, buildings, and EV charging stations. It is closer to an IoT data platform for the energy industry than a simple dashboard tool, and is well suited for building energy applications, generating consumption/production reports, and managing multi-site energy assets.
The platform consists of on-site SolarNode, cloud-based SolarNet, and an application/API layer. SolarNode is deployed on-site in buildings, vehicles, charging stations, and similar environments, connecting to sensors, meters, inverters, and building automation systems. SolarNet handles secure, scalable data storage, retrieval, and remote node management. SolarQuery supports historical data queries, SolarFlux provides real-time data, and Instructions can send control commands to nodes. On the integration side, it covers solar inverters, batteries, power meters, weather stations, EV charging stations, Loxone, and BACnet, while higher-level integrations include DNP3, OCPP, OSCP, custom HTTP, device cloud services, and event hooks.
Pricing follows a subscription plus platform-usage model. The free tier includes basic features, 1 year of data retention, and Slack/GitHub community support. Starter supports core features and unlimited data retention, billed by usage. Essential, Booster, and Premium add monthly platform fees of USD 350, USD 900, and USD 1,600 respectively, with different levels of consulting, training, and response times included. For developers, SolarNetwork provides open APIs, SDKs, documentation, a Quick start, and community resources, making it suitable for technical teams that need deep integration.
Its strengths are that it is open source, deeply focused on energy scenarios, offers a complete chain from edge data collection to cloud-side control, and supports both real-time and historical data. The drawbacks are that it is more engineering-oriented, so non-technical users may need a partner or consulting services; information on team permissions, payment methods, compliance certifications, and data residency is not sufficiently disclosed. It is best suited for utilities, campus/building operators, charging network operators, renewable energy projects, and developer teams looking to build their own energy applications.
The collected information does not provide details on access from mainland China, payments, or localization, so china_access is assessed as unknown. For deployment in China, key items to verify include network connectivity, foreign-currency payment, cross-border data transfer, and compatibility with local device protocols. Alternative directions may include domestic energy management systems, building automation platforms, charging operation platforms, industrial IoT platforms, or cloud-provider IoT energy solutions.
⚠ 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 solarnetwork.net official site.
solarnetwork.net is an New Zealand SaaS 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 solarnetwork.net directly.