By kilowatts.uk • 2025-05-05 12:00:00
Discover the top trends that homeowners and businesses are searching for in electrical installations and renewable energy, from solar panel upgrades to smart energy management systems.
If you've been shopping around for solar panel quotes, you've probably seen the term **EPVS** thrown around — often presented as some kind of gold-standard reassurance. But as the solar industry evolves, many are beginning to ask: **Is EPVS still relevant, or is it just another way to inflate the price of your system without offering real value?** Let’s break it down.
EPVS stands for **Energy Performance Validation Scheme**. It was set up in the wake of widespread mis-selling scandals in the early solar boom — when aggressive salespeople were promising homeowners the world and delivering very little. Back then, customers were being misled with exaggerated savings, questionable forecasts, and poorly performing systems. Installers were often hand-typing figures into spreadsheets and “estimating” performance to suit the sale. EPVS aimed to clean up this mess by providing a formal way to check and certify solar savings forecasts and system outputs.
Here’s the basic idea:
Back when EPVS was created around **2019**, the industry was the Wild West. Homeowners were regularly mis-sold systems, and finance deals were being handed out based on wild, unrealistic figures. There were **no reliable software tools** like we have today. Quoting was manual. Forecasting was rough guesswork. Customers had no way to compare figures or understand if they were being ripped off. In that world, EPVS was a much-needed safety net.
Fast-forward to today, and the landscape has completely changed.
In all its years of operation, there are **no public cases** where EPVS has actively stepped in to save a customer from mis-selling or secured compensation for someone who was misled. It may offer a paper trail, but that’s not the same as real-world protection. Ask yourself this: *If a scheme claims to protect customers, but no one can find an example of it doing so... is it really protection at all?*
This is where things get murky. Some installers use EPVS as a **sales tactic**. They present it as essential, build it into their pitch, and charge a premium because they’re “certified”. In reality, all they've done is paid a fee and ticked a few boxes. We’ve seen cases where the **exact same system** (same panels, inverter, and battery) is quoted at **£1,000+ more** by an EPVS-certified installer than by a non-certified one. Why? Because they know most customers won’t dig into the details — they'll just assume the “official-looking” quote must be safer.
For those who truly value an EPVS badge, we partner with certified installers and even include an **EPVS section** in every comparison quote from Kilowatts.uk. You can see which quotes include EPVS certification at a glance. But ask yourself: why pay an extra **£1,000–£2,000** for a scheme that’s irrelevant to modern quoting, and has **never once** protected a customer in its five-plus years of operation?
EPVS was created at a time when the industry needed cleaning up — and it served a purpose. But times have changed. Software has improved, consumer awareness has grown, and the most transparent installers already provide detailed, realistic quotes without needing third-party stamps. In today’s market, **EPVS is more of a badge than a barrier**, more marketing than meaning — and often a signal that you’re being asked to pay more for something you can easily check yourself. Don’t be fooled by glossy certifications. Be smart, compare quotes, and know what you're paying for.
In 2025, significant trends include the expansion of offshore wind projects like the Dogger Bank Wind Farm, increased adoption of solar panels on new homes, advancements in battery energy storage systems, and the integration of smart grid technologies to enhance energy efficiency.
The UK government has introduced policies such as mandating solar panels on new homes by 2027 and investing in large-scale offshore wind projects. These initiatives aim to achieve net-zero emissions and enhance energy security.
Challenges include rising costs due to inflation and supply chain issues, as seen with the cancellation of the Hornsea 4 offshore wind project. Additionally, there are concerns about labor shortages and the need for skilled workers in the renewable energy sector.
Smart technologies, such as AI-driven energy management systems and smart meters, are optimizing energy consumption, enabling predictive maintenance, and facilitating the integration of renewable energy sources into the grid.
Battery energy storage systems are crucial for balancing supply and demand, storing excess energy generated from renewable sources, and providing backup power during peak demand or outages.
The growing adoption of electric vehicles necessitates the expansion of EV charging infrastructure, impacting electrical installations by requiring upgrades to existing systems and the incorporation of smart charging solutions.
Integrating renewable energy, such as solar panels and wind turbines, into residential properties can reduce energy bills, decrease carbon footprints, and increase energy independence for homeowners.
The construction industry is adapting by incorporating renewable energy solutions into building designs, complying with new regulations for energy efficiency, and investing in training for the installation of renewable technologies.
The Dogger Bank Wind Farm is set to be the world's largest offshore wind farm, significantly contributing to the UK's renewable energy capacity and supporting the goal of net-zero emissions.
Homeowners can prepare by assessing their property's suitability for renewable installations, exploring available government incentives, and consulting with certified professionals for proper installation and maintenance.
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