Recurrent Energy operates at a scale that makes its attack surface a serious consideration: 12.2 GWp of completed solar projects and 6.4 GWh of battery storage deployed across 19 countries on six continents, with a pipeline pushing toward 22 GWp of solar and 74 GWh of storage. When your infrastructure spans that many jurisdictions and interfaces with grid operators, utilities, and financial counterparties worldwide, the threat model isn't theoretical - it's operational. The company handles project development, finance, EPC, operations and maintenance, and asset management in-house, which means internal systems touch everything from engineering schematics to live grid-connected assets to long-term O&M contracts covering nearly 15 GW.
For security practitioners, the interesting tension here is between the physical and digital domains. Energy storage solutions and utility-scale solar installations are increasingly networked - SCADA systems, remote monitoring, grid interconnection protocols - and Recurrent Energy's scale means the operational technology footprint is enormous. The company's geographic diversification across six continents introduces heterogeneous regulatory environments, data sovereignty requirements, and supply chain complexity that compound the cyber-physical risk profile.
The company maintains an industry-leading team of in-house energy experts, suggesting deep domain knowledge that a security function can lean on for context-aware threat modeling. Security roles here would likely involve securing infrastructure that bridges IT and OT, managing risk across a sprawling global portfolio, and working within the realities of energy project finance - where downtime and data integrity carry direct financial exposure measured in hundreds of millions.
