Language
Want tender expert help? See our tender preparation service
Tenders

Photovoltaic (PV) Installations Little Marlow and Maidenhead

Open
Deadline
26 days left
September 15, 2026
Contract Details
Category
Open Procedure
Reference
078540-2026
Value
Not disclosed
Location
London, United Kingdom
Published
August 12, 2026
CPV Code
Project Timeline

Tender Published

August 18, 2026

Deadline for Questions

September 08, 2026

Submission Deadline

September 15, 2026

Contract Start Date

April 29, 2027

Budget
Not disclosed
Duration
180 months
Location
London
Type
Open Procedure

Original Tender Description

IMPORTANT: Please read this section before deciding whether you wish to register for this event. This section provides you with information regarding the scope of this procurement and details some of the key requirements that a successful applicant MUST be able to deliver. The following conditions would be considered as some of key requirements for a supplier to meet to be considered for this opportunity: • Achilles Verification • Must have relevant experience to plan, manage and monitor the project • Must be able to comply with water industry standards, such as WIMES, where asset interaction is required The scope of work includes the finance, engineering, design, procurement, construction, testing and completion, and to operate and maintain two separate solar photovoltaic (PV) plants as summarised in the non-exhaustive list below: • Full design and engineering • Procurement • Installation • Commissioning • Distribution Network Operator (DNO) witnessing, testing and approval to satisfy the terms of the connection agreement or offer • Supporting OFGEM accreditation for REGOs • Operation and maintenance • Monthly and annual reporting • Training of emergency procedures • Training of essential operational activities • Documentation • Demarcation fencing and signage • Biodiversity net gain requirements and any visual impact requirements The PV installations are at two separate sites, both being ground mounted, with a maximum capacity of 1,000kWAC and 450kWAC. The Supplier shall design and optimise the size of the PV installation for behind-the-meter and achieve an attractive payback period and NPV. The scope will be awarded be via either an EPC or PPA (Power Purchase Agreement) model, with only one to be awarded. Thames Water reserves the right to refine the award criteria. Please note that that deadline for asking for access to the PSQ & submitting of the PSQ is 15 September 2026, at 12:00 p.m.

Risk Analysis

Risk analysis is not yet available for this country's tenders. Currently supported: Estonia, Latvia, Lithuania, Poland, France, UK, Denmark, Netherlands, Norway, and Finland.

Win Strategy

Get an AI-powered winning strategy tailored to this tender. Includes win probability score, key opportunities and challenges, recommended bid focus areas, competitive positioning insights, and actionable recommendations to maximize your chances.

Login

Competitors

Upgrade to see which companies are likely to bid on this tender, based on historical procurement data.

Login

Requirements & Qualifications

AI extracts and organizes all requirements from tender documents — mandatory qualifications, technical specifications, financial conditions, and submission rules — clearly categorized so you know exactly what's needed to bid.

Login

Basic Requirements

  • Company registration in EU required
  • Proven track record in similar projects
  • Financial stability documentation

Documents

3 documents available with AI summaries

OCDS RecordDOC
078540-2026_ocds_record.json

No summary available for this document.

OCDS Release PackageDOC
078540-2026_ocds_release.json

No summary available for this document.

Official PDF VersionPDF
078540-2026_official.pdf

No summary available for this document.

Documents Preview

Sign up to view document summaries and analysis

Quality Score

Comprehensive quality analysis of this tender scoring legal compliance, clarity, completeness, fairness, practicality, data consistency, and sustainability on a 0-100 scale with detailed breakdown and recommendations.

Login

Add to Pipeline