Specialists in Electrical Safe Systems of Work
Electrical Safety.
No Compromises.
Protecting lives and enabling safe data centre construction across Europe. We deliver electrical safe systems of work that bring every worker home.
Every worker deserves to go home safely.
Zero Tolerance
No shortcuts. No exceptions. Every isolation verified, every time.
100% Compliance
Fully aligned with IET Wiring Regulations, HSE guidance, and European safety standards.
Lives Protected
Our work exists for one reason: to ensure every person on site returns home safely.
Electrical incidents don't give second chances. A failure in the safe system of work — a missed isolation, an untested conductor, a lock not applied — can be fatal. At Piper Energy Controls, we build and implement electrical safe systems of work that leave nothing to chance. Compliance is the floor, not the ceiling.
What We Do
Our Services
Expert electrical safety services for data centre construction and high-voltage environments.
LOTO Programme Development
Bespoke lockout tagout programmes designed for your site, your equipment, and your workforce. From procedure writing to implementation and training.
Electrical Safe System of Work
End-to-end SSOW development and management — isolation schedules, permit-to-work systems, and live working risk assessments.
Switchgear Safety Audits
Comprehensive audits of MV and HV switchgear installations to identify hazards, verify isolation integrity, and ensure safe access procedures.
Martindale Test Equipment Procedures
Proving dead before work begins. We establish and enforce approved test sequences using Martindale and equivalent voltage detection equipment.
Site Safety Compliance
On-site safety management, documentation, and compliance monitoring throughout the construction and energisation phases of data centre projects.
Data Centre Energisation Safety
Specialist safety management for the critical energisation phase — the highest-risk period of any data centre build. We manage the process from first power to full operation.
Lockout Tagout.
The Last Line of Defence.
Unexpected energisation kills. When maintenance or construction work is carried out on electrical equipment, the only reliable protection is a properly implemented lockout tagout programme — physical isolation, verified dead, locked and tagged before anyone touches the equipment.
At Piper Energy Controls, LOTO is not a checkbox. We develop site-specific procedures, train the workforce, and verify compliance at every stage. Martindale voltage indicators are used to prove dead before any work begins — no assumptions, no exceptions.
In data centre construction, where energisation schedules are tight and pressure is high, the discipline of LOTO is what stands between a successful project and a fatality.
Prove dead. Lock out. Work safe.
Every. Single. Time.
Our Commitment
Why Piper Energy Controls
Every. Single. Time.
We don't cut corners. We don't accept 'good enough'. When it comes to electrical safety, the standard is absolute — and we hold it.
Europe-wide data centre experience
Proven track record on major data centre construction projects across multiple European markets.
Expert-led delivery
Every engagement is led by experienced electrical safety professionals — not junior consultants following a template.
Zero-incident culture
We build safety cultures, not just safety documents. Our approach is embedded, practical, and measurable.
Going home safely
This is the only metric that matters. Every procedure, every audit, every intervention exists to ensure every worker returns home.
Proving Dead
Test Before You Touch
Martindale voltage indicators and approved test equipment are the final confirmation that an electrical system is de-energised and safe to work on. No isolation is complete without it.
We establish and enforce approved test sequences on every project — ensuring that every operative follows the correct procedure, every time, without exception.
Enquiries
Get In Touch
Working on a data centre project and need expert electrical safety support? We want to hear from you.