From backup generation and critical power to energy storage, renewable energy, EV infrastructure and intelligent monitoring, Key Power Solutions helps businesses build power systems that are resilient, measurable and future-ready.
We measure the electrical environment before recommending investment.
Generation, storage, critical power and monitoring designed as one.
Ongoing visibility of generators, UPS, storage and grid availability.
Support, maintenance and optimisation continue after installation.
Your power problem is our starting point
Commercial and industrial power solutions
Power problems rarely arrive as a single fault. They show up as downtime, damaged equipment, rising costs and decisions made without data. These are the challenges we are called in to solve.
KPS brings the technical expertise, equipment, project coordination and monitoring capability required to solve these problems as one integrated solution.
Four core divisions
Each division works on its own — and together they form one architecture designed around your site.
01
Reliable power when the grid isn't enough. We design and supply backup and standby power solutions for commercial, industrial and critical applications.
02
Protect the equipment that keeps your business running. Critical equipment needs more than backup power — it needs clean, stable and reliable power.
03
Turn energy from a cost centre into a strategic asset. KPS integrates renewable energy, power conversion and battery energy storage into practical commercial energy systems.
04
Connect your energy infrastructure. KPS develops EV charging and connected-energy solutions for commercial properties, workplaces, retail environments, fleets and strategic public locations.
05
Technology is selected around your requirements. We combine generation, storage, critical power and monitoring into one coordinated architecture.
06
Before you buy equipment, understand the problem. We measure how electricity behaves at your site and diagnose what is actually causing it.
From power problem to power solution
KPS can become involved at any stage — from an initial power-quality investigation to a complete energy-infrastructure project.
01
We start with your operation, your critical loads and the commercial impact of power interruptions.
02
Professional instruments record real electrical data at your site over a representative period.
03
We identify patterns, disturbances, inefficiencies and risks — and what is actually causing them.
04
An engineering and commercial solution sized to the measured load, not to assumptions.
05
We supply and coordinate the appropriate equipment, installation and commissioning.
06
Systems are connected so performance, alarms and consumption stay visible from anywhere.
07
We verify performance, refine settings and identify the next opportunity as your business changes.
08
We measure the system again and confirm it performs as designed before we call it complete.
Every stage produces evidence. That is why our recommendations hold up in front of a CFO, a facilities manager and an electrical engineer at the same time.
Power quality
KPS uses professional power-quality measurement and analysis to understand how electricity actually behaves at your site. We measure before we recommend.
Monitoring as a Service
KPS Monitoring as a Service gives customers ongoing visibility of their critical energy infrastructure — so problems are identified before they become expensive failures.
Illustrative dashboard: demand profile, alarms and asset status in one view.
Industries
Different operations carry different risks. We work across the sectors where power continuity, quality and cost have a direct commercial consequence.
Production continuity, power quality, backup generation, energy optimisation and critical loads.
High-demand environments, resilient power systems, energy storage and monitoring.
Critical power, UPS, backup generation and continuous monitoring for clinical environments.
Critical IT infrastructure, power quality and business continuity for branches and data rooms.
High-availability power, UPS, backup generation and monitoring for always-on operations.
Building resilience, energy management, solar, storage and EV charging for tenants and owners.
Customer-facing continuity, backup power, energy optimisation and EV charging.
Pumping, processing, generation, solar and energy storage for farms and agri-processing sites.
Reliable power for critical services, campuses and public infrastructure.
Why KPS
Six principles that shape how we work with every customer.
We start with the customer's power problem rather than a particular product.
We use data to understand the electrical environment before recommending major investments.
We select technology according to the application rather than forcing every customer into the same solution.
Generation, critical power, storage, renewable energy and monitoring can be designed as one system.
We believe customers should be able to see how their power infrastructure is performing.
Our relationship does not end when equipment is installed.
About us
KPS helps businesses achieve reliable, resilient and increasingly independent energy systems. We combine technical assessment, engineering, procurement, project development, equipment supply, system integration, monitoring, maintenance and long-term energy optimisation into one accountable relationship.
KPS is developing a practical Experience Centre where customers can see working power technologies and monitoring systems in operation — real operating systems rather than simply displaying products on shelves.
Tell us what is happening at your site. We'll help you determine what needs to be measured, what needs to change and what solution makes commercial sense.
Contact
Send us the details of your site and the problem you are experiencing. Our team will come back to you with the next practical step — usually a measurement visit.
Tell us about your site, your industry and what you need help with.
Integrated architectures
Equipment alone does not solve a power problem. KPS combines generation, storage, critical power and monitoring into coordinated architectures — each one designed for a specific operational risk, and each one measurable.
Five integrated architectures
Each architecture below answers a different question about your site. We select the technology to fit it — not the other way around.
01
Keep operating when the grid does not. The core architecture for sites where an interruption stops revenue, service delivery or production.
02
Reduce dependence on a single supply. Generation, solar and storage work together so no one source carries the whole site.
03
For facilities where even a short disturbance is unacceptable — data, healthcare, cold chain, process control and communications.
04
Turn measured consumption into lower cost. Solar and storage are dispatched against real demand data, not assumptions.
05
One visible energy system across the whole property — generation, storage, EV charging and consumption reporting in a single view.
Most sites need a combination. We start with a power-quality assessment, measure how electricity actually behaves on your installation, and let the data decide the architecture.
Request an assessment
How we build an architecture
An architecture is only as good as the data behind it. Before we recommend a generator, a battery or a UPS, we record how your installation behaves under real load — voltage, harmonics, demand peaks, generator loading and the behaviour of your critical circuits.
That evidence sets the size, the sequence and the controls. It also gives your facilities manager, your engineer and your finance team the same picture, so the investment can be justified and later verified.
Where these architectures are used
The same five architectures are applied differently depending on what the site cannot afford to lose.
Production lines, process control and materials handling. Continuity and power quality matter more than energy cost — a single disturbance can scrap a batch or damage a drive.
Tenants, lifts, security and point-of-sale. Energy optimisation and connected-site visibility reduce running cost while keeping essential services live.
Loads that cannot tolerate any interruption. Critical facility architecture with UPS, redundant generation and continuous monitoring.
Sites with weak or absent grid supply. Energy resilience architecture combining generation, storage and solar to keep operations running.
Irrigation, pumping and refrigeration. Backup and storage protect product value when supply is unreliable.
Depots and distribution centres moving to electric vehicles. Connected-site architecture with managed charging and consumption reporting.
We will tell you which architecture fits, what it involves and what it would take to measure your installation first.
Measurement-first assessment
Nuisance tripping, overheating, drive faults and premature equipment failure rarely announce their cause. We connect analysers to your installation, record how electricity actually behaves under real load, and let the evidence define the problem before anyone recommends a fix.
Why measurement comes first
A drive that trips once a week, a transformer that runs hot, a neutral that carries more current than it should — each points to something upstream. Replacing the equipment that fails treats the symptom and leaves the cause in place.
Measurement removes the guesswork. We record voltage, current, harmonics, transients and demand over a full working cycle, including the start-ups, shift changes and switching events that a spot reading never catches. What the data shows decides what gets designed.
What the analysis identifies
Every assessment is read against the same set of questions. Not all of them will apply to your site — the ones that do will explain the behaviour you have been living with.
Sags, swells and sustained deviation from nominal — the disturbances behind contactor chatter, drive trips and control faults.
Distortion introduced by drives, rectifiers, LED lighting and IT loads, and its effect on transformers, neutrals and cabling.
How much of your supply is doing useful work, and what the reactive component is costing you in capacity and penalties.
When peaks occur, how long they last and which circuits create them — the basis for sizing storage, generation or load shifting.
Short, high-energy events from switching, capacitor banks or lightning that damage electronics without leaving an obvious trace.
How often the grid fails, how long it stays down and how your existing backup behaves when it is called on.
The six-step process
A structured assessment, run the same way every time, so the outcome is comparable and the investment can be justified.
We walk the installation with your team, review drawings and single-line diagrams, and agree which boards and circuits matter most.
Analysers are connected at the main intake and critical distribution points, with current transformers fitted safely and without interrupting operations.
Recording runs across a representative cycle — typically one to four weeks — capturing start-ups, shift changes, peak demand and any disturbance events.
Recorded data is processed and read against recognised limits, with events correlated to the operational problems you reported.
You receive a written report: what was measured, what it means, the likely causes, and the practical remedies ranked by impact and cost.
Where you proceed, we design and deliver the remedy — and re-measure afterwards so the improvement is proven, not assumed.
Assessment CTA
Tell us what your installation is doing — the trips, the heat, the failures, the bills — and we will scope an assessment that answers it. You get the data, the analysis and a clear recommendation, whether or not you buy anything from us.
Send us your site details and the problem you are seeing. We will come back with a scope, a measurement period and a date.
Request an assessment See the architecturesMonitoring as a Service
Most power failures give warning long before they happen — a rising temperature, a battery that no longer holds, a generator that starts slower than it should. KPS Monitoring as a Service keeps instruments on your installation and engineers on the data, so you hear about a problem while it is still a trend rather than an outage.
Monitoring as a Service
Monitoring only works if it is still running in year three. Instead of selling you instruments and leaving you to maintain them, we supply the hardware, the connectivity, the platform and the engineering support as one ongoing service.
That means no capital project to justify, no software to update and no data sitting unread on a server. We install the equipment, commission it against your installation, and keep it accurate — recalibrating, replacing and expanding as your site changes.
What is monitored
We instrument the assets that carry the risk — supply, generation, storage, critical power and the loads that matter most — and record them continuously, not on a monthly walk-round.
Voltage, current, frequency, harmonics, power factor and demand at your main intake and critical boards — the same measurements an assessment produces, but continuous.
When supply is lost, how long it stays down and how often it happens — the record that shows whether resilience is improving or quietly eroding.
Run status, start success, load carried, running hours, fuel level and coolant temperature — so a generator that fails to start is discovered on a test, not on an outage.
State of charge, charge and discharge cycles, cell temperature and capacity fade — the early indicators that a battery bank is no longer delivering what it was sized for.
Input and output voltage, load percentage, battery health and bypass events on the equipment protecting loads that cannot tolerate an interruption.
Energy used by circuit, time-of-use demand, solar generation and self-consumption — the figures that turn an energy bill into something you can act on.
The dashboard
Every monitored point lands in a single dashboard you can open on a laptop or a phone. Live status at the top, trends underneath, and the history behind both — so a facilities manager can see the site at a glance and an engineer can go straight to the detail.
You decide who sees what. Your team gets the operational view; we hold the engineering view alongside it, so when something needs attention there is already a record of what changed and when.
From alert to optimisation
Monitoring is not a screen you are left to interpret. Each stage below hands the next one something concrete — a signal, a diagnosis, a decision, a measured result.
A threshold is crossed — a generator start fails, a battery temperature climbs, a neutral current rises. The alarm reaches the right people within minutes, with the point, the value and the time attached.
Our engineers read the alarm against the surrounding trend and history. Most alerts are explained by the data itself; the rest become a site visit or a targeted measurement.
You get a clear recommendation — a service, a setting change, a part to replace or a design change — with the evidence behind it and the risk of doing nothing.
Once the work is done, the same instruments confirm it. The trend should change; if it does not, the problem was not where we thought and we keep looking.
With months of real data, we tune what you already own — dispatch of solar and storage, peak-demand management, generator test schedules, load shifting — and report the saving.
Every optimisation is measured against the baseline it replaced, so the improvement is a number you can show, not a claim you have to take on trust.
Get started
Tell us what you run — generators, UPS, batteries, solar, EV charging — and what keeps you awake about it. We will scope a monitoring service around those assets and show you what the first month of data would look like.
Send us your site details and the assets you want watched. We will come back with a scope, a service description and a monthly figure.
Request a proposal See the assessment processIndustries we serve
Power problems look different in a mine, a hospital and a supermarket — but the method that solves them does not change. We measure the installation, design the architecture around the risk, and keep it monitored afterwards. Below is what that means sector by sector.
The nine sectors
Every sector below carries a different consequence when the power fails. That consequence — not the equipment list — decides the architecture we recommend.
01
Production lines, drives, process control and materials handling. A single voltage dip can trip a drive, scrap a batch or damage tooling — so continuity and power quality matter far more than the energy bill.
We measure the disturbance profile at your critical boards, then size generation, UPS and filtering to ride through what your process actually experiences.
02
Remote sites, weak or absent grid supply, and loads that swing hard between shifts. Ventilation, dewatering and hoisting cannot stop, and diesel alone is expensive to run and hard to keep reliable.
We build hybrid supply — generation, storage and solar working together — and instrument it so fuel burn, runtime and load are visible rather than assumed.
03
Theatres, ICU, imaging, cold storage for blood and vaccines, and lifts that must never trap anyone. There is no acceptable duration of outage, and no acceptable delay in transfer.
We design critical-facility power with redundant generation, UPS support and continuous monitoring, then test the sequence under load so the transfer is proven before it is needed.
04
Racks, cooling, network cores and tower sites. Loads are dense, continuous and intolerant of even a brief transfer — and a cooling failure can do as much damage as a power one.
We build N+1 critical power with UPS, redundant generation and environmental monitoring, so a single failure anywhere in the chain is absorbed rather than noticed.
05
Offices, banks, campuses and mixed-use developments. Lifts, security, servers and tenant services must stay live, while the landlord carries the energy cost and the tenant complaints.
We combine essential-power backup with consumption monitoring and optimisation, so running cost falls without essential services ever going dark.
06
Irrigation, pumping, packhouses and refrigeration. An outage during harvest or a cold-chain break does not just stop work — it destroys product that has already been paid for.
We size backup and storage around the loads that protect value, and monitor temperature-critical circuits so a failure is caught before the stock is lost.
07
Refrigeration, lighting, tills and point-of-sale. A short outage means spoiled stock and lost trade; a long one means a store that cannot open at all.
We protect the circuits that carry the risk, keep the trading floor lit through a transfer, and report consumption so energy cost per store is something you can manage.
08
Hotels, lodges, conference centres and clubs. Guests notice everything — a dark corridor, a cold kitchen, a lift that stops, a room without air conditioning.
We keep guest-facing services live through an outage and quiet about it, with backup sized to the real overnight and event loads rather than the whole property.
09
Depots, distribution centres and transport fleets moving to electric vehicles. Charging adds a large, controllable load to a site that already has tight capacity and a peak-demand charge.
We assess the site's electrical headroom first, then design managed charging, storage and generation so the fleet charges without overloading the supply.
Send us your site type, the loads you cannot afford to lose and any power problems you are already seeing. We will tell you what we would measure first and which architecture fits.