Solar PV
Define capacity, site rights, yield study, grid constraints, EPC scope and the realised-price basis. Document PPA or merchant exposure and curtailment assumptions.
Generate with purpose.
Store with a clear case.
Develop generation and flexibility projects through site-specific technical design, market evidence and accountable partnerships.
SOLAR + STORAGECONCEPT / NOT TO SCALE
ENERGYSTORAGE+
ENERGYSTORAGE+
ENERGYSTORAGE+
GENERATESTORECONNECT
One project.
Connected decisions.
Land, solar resource, grid access, environmental constraints, offtake and capital structure belong in the same development conversation. Storage adds its own power rating, energy capacity, operating limits and dispatch economics.
We consider standalone solar, co-located solar and storage, and standalone battery opportunities. The partner workspace provides a transparent first screening, with no default return promises.
Battery storage
Separate MW from MWh, usable capacity from nameplate, and technical duration from realised dispatch. Review grid permissions, cycling, safety, degradation and replacement costs.
Project development
Coordinate site screening, feasibility, commercial structure, approvals, procurement, construction and operations through named responsibilities and decision gates.
RENEWABLE TECHNOLOGY / THE BIG PICTUREFrom sunlight.
From sunlight.
To useful energy.
Capture the resource
Photovoltaic modules convert sunlight into direct-current electricity. Bifacial modules can also capture reflected light from the rear; the benefit depends on ground reflectivity, shading and the layout.
Convert & connect
Inverters convert direct current into alternating current. Transformers, substations and protection systems connect generation to the network. Grid studies determine the feasible connection and operating limits.
Design for the site
Module selection, mounting angle, row spacing and electrical design work together. Energy-yield studies assess local irradiation, system losses and uncertainty to support a project-specific design.
SOLAR + STORAGE + RESPONSIBLE DELIVERYTechnology is only
Technology is only
part of the project.
Renewable development connects land, engineering, environmental assessment and commercial planning. Battery storage can add flexibility where grid access, operating requirements and the business case support it.
Find your partnership role ↗A credible site
Assess land rights, access, topography, shading and environmental constraints before defining the scheme.
A viable energy route
Evaluate grid connection alongside an offtake strategy, including power purchase agreements where appropriate.
A long-term operating plan
Bring procurement, construction, monitoring and maintenance into the design conversation from the start.
MATCH THE SOLUTION TO THE ENERGY NEEDDifferent sites.
Different sites.
Different ways to use solar.
On-site solar
Rooftops, car parks and suitable ground areas can place generation near a business’s electricity demand. Start with roof or land suitability, ownership, consumption patterns and the electrical connection.
Off-site generation
A separate solar project can supply the grid, with a power purchase agreement shaping the commercial relationship with an energy buyer. The delivery structure, network charges and allocation of environmental attributes depend on the market and contract.
Community energy
Shared solar can broaden participation beyond properties with suitable roofs. Subscription, ownership and billing arrangements depend on local programmes and regulation; availability must be confirmed for each market.
These are project models to explore. Suitability and availability are assessed individually with the relevant technical, utility and commercial partners.
Begin with demand.
Then design the system.
For industrial parks, commercial buildings and other large energy users, a credible assessment starts with electricity bills, interval consumption data, available space and future load growth. Compare self-consumption, export limits and operating schedules before sizing generation or storage.
Solar output varies through the day and year. Batteries can shift energy and may support peak-demand management or grid services where permitted. Backup power requires a system designed for islanded operation, suitable controls and the appropriate approvals.
Discuss an energy requirement ↗BEYOND COMMISSIONINGPlan for the whole life
Plan for the whole life
of the asset.
Monitor & maintain
Define monitoring, preventive maintenance, inspection, fault response and reporting with the operating partner. Track actual production against an agreed baseline and investigate downtime or underperformance.
Protect long-term performance
Review equipment warranties, spare parts, insurance and replacement planning. For batteries, include capacity degradation, operating limits and safety responsibilities in the operating plan.
Plan the end of life
Agree responsibility for equipment removal, recycling and site restoration. Review decommissioning provisions and land obligations as part of project planning and contracting.
A disciplined development pathway.
01
Site & rights
Land control, environmental screening, site access and initial resource assessment.
02
Grid & feasibility
Connection study, technical scope, yield / dispatch analysis, permitting route and cost basis.
03
Partnership & capital
Agree contributions, governance, capital requirements and an investment-review mandate.
04
Prepare your project case ↗Delivery & operation
Project-specific EPC and O&M arrangements, commissioning, monitoring and accountable performance review.