The control room for a modern solar or battery storage project is often a digital patchwork. One screen for inverter data, another for weather, a spreadsheet for performance reports, and a separate, clunky interface for sending a simple reset command. For the teams operating these assets, this fragmentation isn't just annoying, it's expensive. Lost production from undetected faults or delayed responses quietly chips away at the bottom line of every renewable energy portfolio.
Watts Lindqvist
Wattch, an Atlanta-based energy IoT software company, is betting that a unified platform for monitoring, control, and reporting can become the default operating system for distributed energy. The company reports its software now oversees more than 1,700 renewable energy projects across 36 states and five countries [PERPLEXITY SONAR PRO BRIEF]. Its recent traction suggests asset owners are tired of the patchwork. In November 2026, the company announced significant deployments with Standard Solar, which plans to migrate a 370-megawatt portfolio to the platform, and Encore Renewable Energy, which is transitioning an initial 31.5 MWdc of solar and 28 MWh of storage across nine sites [PERPLEXITY SONAR PRO BRIEF, Nov 2026]. For a sector built on unit economics, a few percentage points of recovered production can justify the switch.
The bet on a hybrid SCADA
Wattch describes its core product as a "Hybrid SCADA" platform, purpose-built for renewables [Wattch]. The hybrid label points to its combination of cloud-based analytics with on-site hardware for reliable, secure connectivity. The platform promises a single interface where an operator can see a digital twin of an asset, diagnose a fault using detailed inverter health metrics, and send a remote command to reset it [Wattch]. This integrated approach aims to replace the collection of disparate tools that many operators currently juggle.
The company's reported wedge is a universal data model that supports over 4,000 device types, from solar inverters and battery racks to EV chargers [Wattch]. This broad compatibility is crucial for winning business from independent power producers and developers who operate mixed fleets. The platform also bundles features for compliance and grid services, including out-of-the-box solutions for interconnection, load following, and AI-optimized dispatch strategies for storage [Wattch].
Where the traction is coming from
The announced deals with Standard Solar and Encore Renewable Energy are the clearest signals of market pull. These are not pilot projects, but migrations of existing, operating assets. Encore's plan to deploy Wattch across a further 79.4 MWdc of solar and 20 MWh of battery storage across 16 projects indicates the platform is being designed into new construction from the start [PERPLEXITY SONAR PRO BRIEF, Nov 2026].
Wattch claims its customers typically see baseline performance improvements of up to 8% within the first three months of switching [PERPLEXITY SONAR PRO BRIEF]. While a company-reported metric, it frames the value proposition in the language that matters most to asset owners: more kilowatt-hours delivered to the grid or to a offtaker. The company has raised approximately $9.5 million to scale this effort, including a $6 million seed round led by Spero Ventures in August 2025 [PERPLEXITY SONAR PRO BRIEF, Aug 2025].
| Round | Date | Amount | Lead Investor |
|---|---|---|---|
| Unknown | January 2023 | $3.5 million | Not disclosed [PERPLEXITY SONAR PRO BRIEF, Jan 2023] |
| Seed | August 2025 | $6.0 million | Spero Ventures [PERPLEXITY SONAR PRO BRIEF, Aug 2025] |
The incumbent to beat
Wattch's path is not without friction. The company must displace entrenched habits and existing vendor relationships. The competitive landscape isn't defined by a single startup rival, but by a combination of inertia and specialized incumbents.
- In-house builds. Many large developers and utilities have spent years building their own monitoring stacks. Convincing them to rip and replace requires proving superior reliability, security, and a clear return on investment.
- Legacy SCADA providers. Industrial automation giants like Siemens or Schneider Electric offer powerful, generalized SCADA systems. Wattch's bet is that a product built exclusively for the use cases and device ecosystem of solar, storage, and EV charging will be simpler and more effective.
- Device-native software. Major inverter and battery manufacturers provide their own monitoring platforms. Wattch must convince customers that the value of a unified, multi-vendor view outweighs the convenience of sticking with a manufacturer's default tool.
The cybersecurity requirements for systems that can send grid commands are stringent. Wattch says it incorporates mutual certificate-based authentication, data encryption, and secure remote updates [Wattch]. Maintaining this security posture as the customer base grows is a non-negotiable operational cost.
For a portfolio the size of Standard Solar's 370 MW, an 8% performance lift is not a trivial number. Assuming a conservative capacity factor of 20%, that fleet would generate about 648,000 MWh per year. An 8% improvement would add roughly 51,800 MWh annually. At an average wholesale price of $40 per MWh, that's over $2 million in additional annual revenue for the asset owner before accounting for any SaaS fee. That's the math Wattch is selling. The company isn't just selling dashboards, it's selling megawatt-hours. Its real competition isn't another software startup, it's the persistent, invisible drag of suboptimal asset performance that has been the industry's quiet tax for years.
Sources
- [PERPLEXITY SONAR PRO BRIEF] Wattch company and product overview
- [PERPLEXITY SONAR PRO BRIEF, Nov 2026] Wattch Selected by Encore Renewable Energy announcement
- [PERPLEXITY SONAR PRO BRIEF, Aug 2025] Wattch $6 million seed funding round
- [PERPLEXITY SONAR PRO BRIEF, Jan 2023] Wattch $3.5 million funding
- [Wattch] Company website and product pages