Designing Safety Into the Clean Energy Revolution

The UK's transition to cleaner home heating is gathering pace. But as the heat pump industry grows, there is another question that needs to be asked: how do we protect the engineers delivering it?

Installing a heat pump is not simply a case of swapping one heating appliance for another. Engineers are working inside people's homes, moving equipment, installing radiators, handling water cylinders, managing pipework and electrical systems, and manoeuvring bulky equipment through gardens, doors, hallways and other confined spaces.

That creates a very real manual-handling challenge.

And it is a challenge that Octopus Energy and iTip Safety Handles have tackled together through a bespoke safety engineering project designed around the people actually doing the job.

The result is a new generation of specialist equipment incorporating ergonomic iTip Safety Handles—helping engineers handle, lift, manoeuvre and position equipment with greater control and reduced exposure to avoidable manual-handling risks.

This is safety by design. And it could have implications far beyond heat pumps.

 

Notice the position of the hands, ezTip Safety Handles using ergonomics to rotate, keeping the wrist position straight and back upright during movement of the cylinder. Click here for the HSE's positive evaluation of Safety Handles. 

The clean-energy revolution needs a safety revolution!

Octopus Energy has become one of the UK's most significant energy businesses. In April 2026, the company announced that it had passed 8 million UK home-energy customers, with around 2,500 new customers joining every day. At the same time, its heat pump business is expanding rapidly.

Octopus recently reported that more than 550,000 people had enquired about an Octopus heat pump over the previous year, while enquiries from customers using oil and LPG had risen by 330% during the first half of 2026 compared with the previous year.

That scale matters.

Every additional heat pump means another installation. Every installation means engineers working with equipment, components and materials. And every manual-handling task presents an opportunity to either reduce risk through better equipment—or leave engineers exposed to unnecessary strain.

For a rapidly expanding industry, safety cannot be an afterthought.

It needs to be engineered into the process.

What does a heat pump installer actually do?

Octopus's process includes surveying the property, assessing pipework and radiator compatibility, designing the heating system and then carrying out the installation. Its heat pump systems can involve the air-source heat pump itself, a compatible hot-water cylinder, appropriately sized radiators, electrical materials and plumbing materials. And within that process are numerous manual-handling activities.

Where safety engineering makes a difference

Consider what happens when a large heating component has to be moved from a vehicle into a customer's property.

The challenge isn't necessarily just the weight.

It can be:

• awkward dimensions
• restricted access
• steps, thresholds or uneven ground
• limited space to manoeuvre
• pushing and pulling rather than simply lifting
• repeated handling throughout the working day
• twisting or reaching while attempting to control the load
• maintaining control while moving equipment into its final position

This is precisely where equipment design can make a difference.

Rather than relying solely on manual-handling technique, training or physical strength, the task itself can be redesigned to make the safer action the easier action.

From a problem in the field to a bespoke engineering solution

This is where the collaboration between Octopus Energy and iTip Safety Handles became particularly exciting. Octopus approached the challenge from the perspective of its engineers and the realities of heat pump installation. iTip Safety Handles brought its experience in ergonomic manual-handling aids. Together, the two companies worked on a bespoke solution.

The project has resulted in the development of specialised safety equipment for heat pump installation teams, including a specialist T-bar lifting mechanism for radiator installation and an economically designed trolley to help engineers manoeuvre heat pump tanks into properties.

Crucially, the trolley incorporates Safety Handles.That means the handle isn't simply an accessory added to existing equipment. It forms part of a wider engineered solution designed around the task.

'Octopush' Trolley for moving a water cylinder from the van to the property. 

Why ergonomic handles matter

The humble handle can be one of the most overlooked components of manual-handling equipment. Yet where a person places their hands directly affects how they control a load, how their wrists and arms are positioned and how force is transferred through their body.

Safety Handles are designed to allow the user's grip and hand position to work more naturally with the direction of movement. The objective is simple: make the equipment work better with the human body. That can be particularly valuable when equipment is being pushed, pulled, lifted or manoeuvred repeatedly.

For an organisation employing field engineers, that creates an important opportunity to reduce exposure to foreseeable musculoskeletal risks (MSR) while also potentially making equipment easier and more comfortable to use.

Protecting the people delivering the energy transition

For Octopus Energy, providing specialist equipment to its field teams demonstrates a proactive approach to protecting engineers as the heat pump operation scales.

Potential benefits include:

Reduced exposure to manual-handling risk

Better-designed equipment can help reduce awkward lifting, pushing, pulling and manoeuvring activities and reduce reliance on individual physical technique.

Greater consistency across field teams

A purpose-designed piece of equipment provides engineers with a consistent method of carrying out a task rather than relying on improvised handling techniques.

Improved engineer experience

Equipment designed around the user can make physically demanding tasks easier to control and potentially reduce fatigue over the course of an installation.

A scalable safety intervention

Once a safer method has been developed, it can potentially be deployed across multiple teams and locations.

Demonstrating proactive risk management

Perhaps most importantly, it demonstrates that the organisation is actively looking for ways to reduce foreseeable risk rather than simply accepting it as an inevitable part of the job.

Safety Handle T-bars fitted to a water tank to assist movement within a property and reduce injury

The changing expectation around foreseeable risk

This is becoming increasingly important for organisations across industry. The question is no longer simply: "Have we carried out a risk assessment?"

Increasingly, organisations need to consider: "What risks are reasonably foreseeable, and what reasonably practicable controls could we put in place to reduce them?"

That is particularly relevant to manual handling.

If engineers are repeatedly required to manoeuvre heavy or awkward equipment, the risk is foreseeable. If better equipment could materially reduce that risk, the question becomes whether that control is reasonably practicable. This reflects the fundamental principles behind the UK's approach to health and safety: identify hazards, assess the risks and implement appropriate measures to control them.

The emphasis should be on risk reduction at source wherever reasonably practicable.

That means looking beyond PPE and training and asking a more fundamental question: Can we redesign the task or equipment so the risk is reduced in the first place? The Octopus Energy project is an excellent example of that philosophy in practice.

Don't just manage the risk. Engineer it out.

This principle has applications far beyond heat pumps.

The same thinking can be applied anywhere people regularly:

• push or pull heavy equipment
• manoeuvre wheeled loads
• lift awkward objects
• work in confined spaces
• repeatedly handle equipment
• use poorly positioned or fixed handles
• operate equipment that wasn't originally designed around human ergonomics

That's where iTip Safety Handles Consulting comes in.

The project with Octopus demonstrates that Safety Handles don't have to be limited to existing wheelbarrows, sack trucks or other standard equipment.

Octopus Energy engineers are at risk of potential strain and injury when moving heat pumps into position. A range of aids have been designed for this activity including screw in carry handles and adjustable slings.

They can become part of the design process itself.

If a company has identified a manual-handling challenge, iTip can work with its engineering, health & safety and operational team to explore a bespoke solution.

The starting point isn't: "Which Safety Handle fits this equipment?"

It's: "What are your people trying to do, what makes it difficult, and how can we redesign the equipment to make the task safer?"

From wheelbarrows to roll cages

iTip Safety Handles were developed to address everyday manual-handling problems across industries including construction, highways, waste management, logistics, facilities management and healthcare.

But the Octopus Energy project demonstrates how far the concept can go. A handle can become part of a trolley. A trolley can become part of a lifting system. And a lifting system can become part of a completely new safe method of working.

That's what makes bespoke ergonomic engineering so powerful.

It takes a real-world problem and turns it into an engineered solution.

The future of clean energy should be safe for the people building it

The UK's transition to low-carbon heating is an enormous opportunity. But the success of that transition depends on people. Engineers need to be able to install, maintain and service these systems safely—not just today, but throughout their careers.

Octopus Energy's investment in specialist installation equipment shows what can happen when operational requirements, engineering expertise and health & safety thinking come together.

The new equipment is now being rolled out to field teams across the UK.

Safer equipment. Smarter engineering. Better protection for the people doing the job.

If you have a manual-handling challenge that needs a different approach, talk to iTip Safety Handles about developing a bespoke ergonomic solution for your equipment and your people.

Read more about this project here. 

Contact Octopus Energy 

For more information on energy and heat pumps from Octopus https://octopus.energy/contact-us.

Contact iTip Safety Handles

For further information about Safety Handles and benefits in reducing MSK injuries:

Email: Hello@SafetyHandles.co.uk
Phone: 0333 800 5000
Website: www.SafetyHandles.co.uk