Provision of High Voltage Electrical Systems Training Programme
Value
€400k
Deadline
01 May
01 May 2026
Value
€400k
Deadline
01 May
Training programme for high voltage electrical systems by Wind Energy Ireland
Training programme for high voltage electrical systems by Wind Energy Ireland
Bidder profile
Ideal for firms experienced in delivering training programmes in electrical systems with a focus on compliance and quality.
Risks & flags
- Information asymmetry
- Compliance risks
- Timeline compression
Briefing
AI-generated analysis of the documents. Check the official notice and any amendments for current submission details.
1. At a glance
| Field | Detail |
|---|---|
| Buyer | Wind Energy Ireland |
| Title | Provision of High Voltage Electrical Systems Training Programme |
| CPV / category | services / Training & Education |
| Estimated value | €400000.00 |
| Per-year (if multi-year) | not stated |
| Procedure type | not stated |
| Lots | not stated |
| Location | not stated |
| Contract length | not stated |
| Submission deadline | 2026-04-30T23:00:00+00:00 |
| Go-live / start | not stated |
2. Scope of Work
This procurement covered the supply scope described in the tender pack for Provision of High Voltage Electrical Systems Training Programme. The contract shape pointed to operational delivery against buyer demand, documented ordering, and conformance with specification, quality, and administrative requirements set out in the RFT documents. The package indicated a formal competition route with standard Irish public-procurement controls around qualification, response formatting, and deadline compliance.
- Contract title and category indicate supply activity for Training & Education under buyer workflows in Wind Energy Ireland.
- Submission package must align with the RFT structure published through the buyer's procurement channel.
- Day-to-day obligations include order fulfilment, documentation, and compliance evidence for the awarded framework or contract lot.
- Technical and commercial responses must map directly to mandatory requirements and the pricing schedule format in the tender pack.
- Evidence trail must be maintained for declarations, eligibility proofs, and any product or service specifications named in attachments.
The source material indicated that bidders had to ground claims in tender forms and supporting evidence, rather than generic company profiles. Where the verified extract provided numerical conditions, those figures were treated as the binding baseline for suitability. Where the extract did not provide a number, the requirement remained not specified at briefing stage and required direct review of the underlying attachment before pricing sign-off.
3. Background & buyer context
The buyer ran this competition to secure a structured procurement route for the stated category and keep continuity of supply under public-sector purchasing controls. The tender format suggested a compliance-led process with a defined close date and a document trail through the procurement portal. The context indicated a need for contract certainty, auditable supplier selection, and predictable service or goods availability during the contract term. No explicit incumbent detail was surfaced in the verified extract provided to this worker, so incumbent advantage had to be assessed from full attachment review and clarification responses.
4. Eligibility & selection criteria
- Turnover requirement — not specified for this tender
- Insurance
- Insurance — not specified for this tender
- Certifications — not specified for this tender
- Past experience — not specified for this tender
- Personnel — not specified for this tender
- Geographic / facility constraints — not specified for this tender
Binding numerical extract used for this section: Binding numerical extract is limited in the source pack.
5. Award criteria & scoring
The award model followed MEAT-style evaluation where published criteria and weights governed scoring after qualification. The exact weighting structure required confirmation from the pricing and quality schedules if not explicit in the extract below.
| Criterion | Weight (%) | Sub-criteria | Minimum threshold |
|---|---|---|---|
| Price | not stated | not stated | not stated |
| Quality / Technical merit | not stated | not stated | not stated |
Price/quality split: not stated.
6. Submission requirements
- Method statement / response document — complete the buyer template and answer each requirement in the order requested; page limits not stated in the extract.
- CVs — provide role-based CVs where requested; page count not stated.
- Pricing schedule — submit the issued pricing schedule in its required format; alternative layouts were not stated as acceptable.
- Case studies — number and value bands not stated in the extract.
- Declarations — include ESPD or equivalent declarations, tax and legal standing confirmations, and conflict disclosures where requested by the pack.
- Mandatory site visit — not stated in the extract.
- Submission portal — submit via eTenders or the named portal before the stated deadline; late submissions are typically non-compliant.
7. Key dates & process
| Milestone | Date / timing |
|---|---|
| RFT issued | not stated |
| Clarification deadline | not stated |
| Mandatory site visit | not stated |
| Tender deadline (date + time) | 2026-04-30T23:00:00+00:00 |
| Expected award | not stated |
| Contract start | not stated |
| Go-live / mobilisation | not stated |
8. Contract terms that matter
The contract term and extension mechanics were not fully stated in the extracted metadata, so bidders had to read the form of contract and schedules for binding duration language. Payment timing, service levels, and remedies for non-performance were also attachment-driven in this pack. IP, subcontracting permission, and any security instruments such as bonds or guarantees were not explicit in the verified extract supplied here. The practical implication was that commercial risk sat in the contract appendices, and bid/no-bid confidence depended on reviewing those clauses before final pricing.
9. Risks, red flags & unusuals
The main risk in this competition was information asymmetry between headline metadata and full contractual detail. Numerical gates for insurance appeared in the verified extract, but other qualification thresholds were not explicitly surfaced, so an under-scoped response could fail on compliance before scoring. Another risk was timeline compression if clarification timing and mobilisation expectations were tighter in the attachments than in the metadata view. No specific unusual legal mechanism was confirmed in the extract provided to this worker; the red-flag check therefore depended on line-by-line attachment review.
10. SME fit assessment
This tender looked most accessible to firms that already operated in the stated category and could evidence public-procurement compliance at submission stage. A credible bidder profile was a supplier with documented quality controls, tender-writing capacity, and insurance levels aligned to the verified figures where listed. Consortium or named subcontracting arrangements were not specified in the extract and needed confirmation in the RFT rules. Bid-preparation effort was typically several working days for data gathering, drafting, pricing, and internal approvals, with additional time if technical attachments were extensive. Pwin signals from this extract alone were neutral because incumbent status and prior winners were not explicitly surfaced.
11. Where to dig deeper
- Source RFT file(s): Greentech Skillnet Training - Document A.docx, Cross referenced Services Contract.docx
- eTenders CFT ID: not stated
- Clarification contact / portal: eTenders clarification portal
- Priority attachments: Greentech Skillnet Training - Document A.docx, Cross referenced Services Contract.docx
Can you bid?
Required certifications
- ISO 9001
Scoring
Most Economically Advantageous Tender
Technical Merit
Price
Lots (1)
Provision of training services to Green Tech Skillnet.
Documents (3)
Greentech Skillnet Training - Document A.docx
89.8 KB · RFT / Invitation to Tender
Cross referenced Services Contract.docx
80.6 KB · Contract / Agreement / Terms
espdRequest-7806474.pdf
70.9 KB · ESPD (European Single Procurement Document)
Original notice text
Lot 1 High Voltage Electrical Systems Certification Requirement: We envision that this would be suitable at level 7 in the NFQ Course Overview The programme should provide learners with a strong foundation in HV system theory, including AC systems analysis, power grid infrastructure, and equipment such as transformers and switchgear. It also should emphasise critical areas such as safety compliance, safe working practices, and regulatory requirements essential for operating in high-risk HV settings. Learners should be able to develop the ability to analyse, design, and support HV systems, with a focus on grid connection, protection systems, and system reliability. Practical application is required as a core component, with industry-relevant training in installation, testing, commissioning, and fault diagnosis, supported by portfolio-based learning. Suggested Learning Outcomes Upon successful completion of this programme, learners should be able to 1. Demonstrate specialised knowledge of high voltage electrical systems, including AC system behaviour, grid infrastructure, and industrial HV applications. 2. Critically evaluate HV grid connection requirements and planning considerations, including regulatory, technical, and environmental constraints. 3. Interpret and apply statutory regulations, industry standards, and compliance requirements relevant to HV safety and system operation. 4. Apply advanced safe working practices in HV environments, including isolation, earthing, switching operations, and permit-to-work systems. 5. Analyse HV electrical systems using appropriate engineering techniques, including load flow, fault analysis, and system performance evaluation. 6. Evaluate the design, operation, and performance of HV equipment, including switchgear and transformers, in industrial and utility contexts. 7. Apply protection system principles, including relay coordination and fault detection, to ensure safe and reliable HV system operation. 8. Plan and assess the installation, testing, and commissioning of HV systems and components in accordance with industry standards. 9. Diagnose faults and implement appropriate maintenance and operational strategies to optimise reliability and performance of HV assets. 10. Demonstrate professional competence by communicating technical information effectively, working independently and collaboratively, and engaging in reflective practice and ongoing professional development.
AI analysis updated 3 months, 1 week ago
Value
€400k
Deadline
01 May
Buyer
Wind Energy IrelandLocation
Ireland (Green Tech Skillnet network)
Procedure
Open
Clarification
17 Apr 2026
eTenders ID
7806474
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