CAPITAL
enhancement, comparable to trackers or monitoring
upgrades rather than new generation assets.
Vecturi is positioned as a capital-efficient infrastructure enhancement, comparable to trackers or monitoring upgrades rather than new generation assets.
INVESTMENT POSITIONING
infrastructure
enhancement, not new generation build
Vecturi is a low-disruption infrastructure upgrade designed to improve solar farm productivity without the cost or complexity of new generation assets.
With a target module cost of £350–£450 per 1.9m unit and typical 1 MW CAPEX of £60k–£95k, it sits alongside enhancements such as trackers or monitoring upgrades – improving performance without altering site structure, land use, or planning status.
Infrastructure Enhancement Model
Designed for seamless site integration
Vecturi sits within the capital and risk profile of infrastructure enhancements rather than new build assets. It integrates without altering land use or displacing PV, avoiding fundamental changes to site structure. Modular by design and characterised by low planning complexity, deployment scales linearly with farm size while maintaining structural simplicity.
No additional land acquisition
Deployment requires no additional land acquisition, operating entirely within the existing site footprint.
No PV displacement
Installation does not displace or reduce existing PV capacity.
Modular rollout
Designed for phased, modular deployment aligned with site scale and investment timing.
Scales linearly with farm size
Deployment scales proportionally with farm size, maintaining predictable performance and capital alignment.
Vecturi is evaluated similarly to trackers or monitoring upgrades.
It improves asset productivity without fundamentally altering site structure.
CONTACT OUT
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Ready to turn unused linear space into clean energy?
Get in touch to see how Vecturi can enhance your site with modular wind generation.
Vecturi is evaluated similarly to trackers or monitoring upgrades.
It improves asset productivity without fundamentally altering site structure.