Renewable infrastructure, intelligently managed

Powering progress.
Preserving tomorrow.

Integrated solar, wind, and storage systems built to deliver reliable clean energy for communities and businesses.

2.8 GWmanaged

1.4M tCO₂avoided

98.6%uptime

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Clean energy should feel inevitable.

Evergreen develops, owns, and operates the infrastructure that turns ambitious climate commitments into dependable power.

We connect land, technology, capital, and communities—building systems that perform for decades.

How we work
From sunlight and windto resilient local power.
Designed around recognised frameworks

Project-specific certification is verified during diligence and commissioning.

IEC 61724-1PV performance monitoring
IEC 62933Electrical energy storage
ISO 14001Environmental management
TCFDClimate-risk reporting

One connected
energy ecosystem.

Every project is engineered as part of a larger system, balancing generation, storage, grid demand, and the realities of place.

01 / 03

Solar generation

Utility-scale solar designed around land, grid, and community constraints—not around a standard template.

  • IEC 61724-1 monitoring
  • Bifacial yield modelling
  • Habitat-led site design
21.4%average yield uplift

Infrastructure
with a pulse.

Discuss a site
Solar + habitat

Andalucía, Spain

Solara Meadow

420 MW2027 COD
Wind + storage

Northumberland, UK

Northlight Array

310 MW84 MWh

Every asset.
Always visible.

Our operating model connects field data, commercial obligations, and engineering decisions in one auditable performance loop.

Portfolio live
Updated 14 seconds ago
Generation now1.84 GW+8.2% vs forecast
Storage available742 MWh92% dispatch-ready
Open critical alerts0Across 28 sites
MonWedFriToday
ISO-aligned event trail 24/7 response coverage
01

Forecast

Weather, price, and grid signals shape the operating plan every 15 minutes.

02

Detect

Performance variance is triaged against equipment, curtailment, and market data.

03

Resolve

Every action has an owner, response target, evidence trail, and closure review.

04

Improve

Lessons flow back into maintenance plans, warranties, and future designs.

Make the shift.
See the difference.

Explore what a renewable system could mean at your scale. Estimates reflect a balanced solar and storage deployment.

Real-time modellingLifecycle viewGrid-aware
Impact estimator60 MW
10 MW250 MW
55,800MWh annual output
35,400tCO₂ avoided / year
15,900homes equivalent

Illustrative estimates. Site-specific results depend on location, technology, and grid conditions.

From first map
to first megawatt.

One accountable team stays with every asset—from early feasibility to daily operations.

01

Discover

Land, resource, grid, and community insight.

02

Design

Integrated generation and storage engineering.

03

Deliver

Permitting, procurement, and construction control.

04

Operate

Continuous optimisation over the asset lifecycle.

Confidence is
engineered in.

Reliable infrastructure starts before construction. Each stage carries defined evidence, decision gates, and accountable ownership.

Request our delivery framework
Stage-gated approvals

Investment discipline

Independent resource, grid, legal, and technical diligence before capital approval.

Lifecycle safeguards

Responsible development

Community, biodiversity, land, and supply-chain risks tracked from design onward.

Evidence-led reporting

Measured performance

Forecasts, availability, losses, and obligations reconciled in an auditable data model.

Bankable documentation

Quality at handover

Commissioning records, warranties, spares, training, and acceptance evidence kept together.

What partners
ask us first.

We can lead from land and feasibility, join at ready-to-build stage, or improve operating assets. The first step is a structured screen covering resource, grid, planning, land, and commercial fit.

Selection is project-specific and bankability-led. We compare performance, warranty strength, service coverage, cyber requirements, supply-chain risk, and whole-life cost—not headline equipment price alone.

Commissioning baselines, calibrated monitoring, availability definitions, and loss accounting are agreed before handover. Operations then reconcile actual output against weather-adjusted expectations.

A site boundary or demand profile, location, land status, available grid information, target programme, and commercial objective are enough for a focused first assessment.

Your next energy asset starts here

Let’s build what
the future runs on.

Have land, demand, capital, or a grid opportunity? Bring us the challenge.

Start a conversation