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ENERGY FOR HOMES, BUSINESSES AND FLEETS

Make more of
your energy.

Use electricity at better times, charge fleets for their next shift and recover value from retired batteries and server heat.

Find your starting pointTry the energy calculator
Energy in your control
nodez. / ENERGY IN YOUR CONTROL
nodez.

Connected thinking.
Greater potential.

DISCOVER nodez.
01 / INTELLIGENT ENERGY
Smarter energy.
Greater flexibility.
EXPLORE INTELLIGENT ENERGY
02 / CIRCULAR BATTERIES
Second-life batteries.
New value.
EXPLORE CIRCULAR BATTERIES
03 / COMPUTE & HEAT
Compute power.
Heat put to use.
EXPLORE COMPUTE & HEAT
START WITH WHAT YOU HAVE
Your site.
Connected opportunities.
EXPLORE YOUR SITE
FIND YOUR STARTING POINT
Your home.
Potential savings.
ESTIMATE YOUR SAVINGS

What would you like to improve?

For your homeUse your solar and battery better.For your businessControl costs. Make capacity count.For your fleetPlan charging around the next shift.For battery ownersFind a productive second life.

THE FOUR SERVICES

A better use for
what you already have.

Start with a goal. A battery can support a home or a depot, and suitable retired EV batteries may provide that storage. Where computing fits a site, its heat can serve another purpose nearby.

Intelligent energySolar electricity enters battery storage. Stored energy can then supply the site or, where permitted, the grid. SolarBattery storageSite useGrid export
  • Solar generation
  • Battery storage
  • Site use or eligible export
01 / Intelligent Energy

Store power for the right time.

Use a battery to store solar or lower-cost electricity. Plan when to use it and assess eligible export.

Explore intelligent energy
Fleet chargingA depot distribution board shares its available electrical capacity across two vehicle chargers. Depot supplyShared powerCharging bays
  • Available depot power
  • Shared charging capacity
  • Energy for each vehicle
02 / EV Fleet Charging

Get every vehicle ready.

Share available depot power and plan charging around departures and electricity prices.

Explore ev fleet charging
Circular batteriesRetired battery modules are assessed. Suitable modules go to stationary storage. Other materials go to specialist recovery. Retired modulesAssessSecond-life storageMaterial recovery
  • Assess retired modules
  • Reuse suitable modules
  • Recover other materials
03 / Circular Batteries

Find a second life for suitable batteries.

Assess retired EV modules for reuse as stationary storage and route unsuitable material for recovery.

Explore circular batteries
Compute and heat recoveryElectricity enters a fixed server rack. A heat exchanger transfers recovered heat to a local hot-water and heating system. Power inServersHeat exchangerHot water & heat
  • Electricity in
  • Computing workload
  • Heat to hot water or heating
04 / Compute & Heat Recovery

Give computing heat a useful job.

Use suitable electrical capacity for computing and recover server heat for local hot water or heating.

Explore compute & heat recovery
Fleet chargingA depot distribution board shares its available electrical capacity across two vehicle chargers. Depot supplyShared powerCharging baysAllocate power across vehicles
  • Available depot power
  • Shared charging capacity
  • Energy for each vehicle

FOR FLEET OPERATORS

Every departure matters.

Vehicles need enough charge for the next shift. Your depot has a limit on how much power it can draw. A better charging plan works around both.

  • Plan from each vehicle’s departure time.
  • Share the power available at the depot.
  • Use lower-cost periods where the schedule allows.
Explore your charging window

UNDERSTAND THE VALUE

A better decision.
With the numbers visible.

Explore a solar and battery scenario, or check whether your fleet’s charging demand fits the time and power available.

Solar & battery calculator

Adjust the system. See the assumptions. Understand what each part of the result means.

Explore an energy scenario

Fleet charging planner

Compare the energy your vehicles need with the charging window your depot can provide.

Check your charging window

FROM FIRST CONVERSATION TO A PLAN

Clear steps.
Informed decisions.

Before you commit, understand what is proposed, who will deliver it and how the costs and potential benefits have been assessed.

01

Understand your site.

Start with the equipment, electricity use and priorities you already know.

02

Work through the options.

Check compatibility, practical limits and the costs and benefits of each route.

03

Agree a workable plan.

Set out equipment, responsibilities, commercial terms and delivery milestones.

See how we workExplore partnerships

A LITTLE MORE CLARITY

Good questions.
Straight answers.

Do I need all four services?

No. A fleet may only need charging planning. A building may benefit from battery storage. We assess each service on its own merits before connecting them.

Can you work with equipment I already own?

That is a useful starting point. The exact model, software access, warranty and operating limits determine what can be supported.

Are calculator figures guaranteed savings?

No. They are comparison scenarios. Your tariff, usage, equipment and full costs need a separate assessment before a commercial proposal.

How do I start?

Tell us your site type and the outcome you want. You do not need a technical specification to start the conversation.

THE PRACTICAL DETAILS

See how the pieces fit

Start with the energy you already buy

A tariff and a meter tell different stories. The tariff tells you when electricity costs more. The meter tells you when you actually use it. Looking at both helps identify work you can move, electricity you can store and equipment that must run on schedule.

Explore energy optimisation

Give existing equipment a defined role

Solar can serve demand directly. A battery can hold energy for later. A depot can share power across vehicles. Where equipment and contracts allow it, the controls can coordinate these decisions around what matters most on site.

Plan around your site

Use the same site for more than one purpose

A suitable vehicle battery can spend its second life storing energy. A computing installation can deliver useful work and supply recoverable heat. Each needs a case of its own, with a customer for the service and a clear owner for the equipment.

Why we bring these together

YOUR NEXT STEP

Start with your site.

Tell us what you have and what you want to improve. We’ll help you identify the right next step.

Discuss your site