UKGEI Preferred Installers of MyEnergi Products Including: Zappi, Eddi and Libbi

UK Green Energy Installations have had a busy start to the year with installations of MyEnergi products in Surrey, Hampshire and Berkshire.

MyEnergi Range of Products

MyEnergi products are ideal for domestic users looking to benefit from energy savings. Designed to work together seamlessly, as well as controlled and monitored all in one app, the MyEnergi products are ideal for installing in the homes and consist of:

• Zappi - EV car charging point

• Eddi - diverter for diverting your energy to heat your hot water

• Libbi - battery storage for storing your energy

Zappi - EV Charger

This nifty and intelligent EV charger is designed to work with or without solar functionality, provides users with greater flexibility.

• First-ever solar EV charger of its kind

• Flexibility - configure with or without solar

• Three charging modes including: Eco, Eco plus, Fast

Eddi - Diverter for Heating Hot Water

This intelligent diverter allows you to divert your green energy from your solar panels to heat your water!

• Utilises state-of-the-art-technology to monitor PV performance and energy consumption

• Eddi easily connects into any existing micro-generation system

• Eddi offers 6 key functions

Libbi - Battery Storage

One of the main benefits of including the Libbi battery storage system as well as MyEnergi’s other solution means everything can be monitored and controlled in one app!

Libbi is modular by design. Each module can store up to 5kWh of electricity, so combining 4 of them together would provide up to 20kWh of storage.

Already know about the products and just want information on installation for MyEnergi products in Surrey Hampshire or Berkshire - then get in touch and we’ll love to give you a no obligation quotation.

Zappi - EV Car Charging Point from MyEnergi

Eddi - Diverter for Hot Water

Libbi - Battery Storage

Unlock Savings with Battery Storage: Take Advantage of Low Off-Peak Rates and a Half-Price Inverter Offer!

With energy prices climbing due to the latest energy cap increase, finding ways to cut costs has never been more important. Many energy providers are stepping up to help, offering discounted rates during specific times. For example:

• British Gas offers PeakSave Sundays.

• Scottish Power offers half-price Weekend Rates.

Now, you can maximize these savings with GivEnergy’s extended offer: Buy a battery storage system and get a half-price inverter until February 2025!

Why Choose Battery Storage with GivEnergy?

1. Save More: Charge your battery during off-peak times at reduced rates and use the stored energy whenever you need it—on your terms!
2. Trusted Quality: GivEnergy is a proud British company offering durable battery solutions with long warranties for peace of mind.
3. Modular Flexibility: Start with what you need now and expand as your energy needs grow—no need for a complete replacement!

Why Act Now?

Energy prices are set to rise further, but providers are offering opportunities to pay less during specific windows. Investing in battery storage now means:

• Reducing your reliance on expensive peak-time energy.

• Saving both today and in the future.

• Securing a half-price inverter to sweeten the deal!

This offer ends February 2025—don’t miss your chance to power up with GivEnergy. Learn more here.

Energy Price Cap Set to Rise in January 2025 – What You Can Do About It

From 1 January to 31 March 2025, the energy price cap will rise to £1,738 per year for a typical household using both electricity and gas and paying by Direct Debit. This is a 1.2% increase from the current cap of £1,717 (from 1 October to 31 December 2024).

You can find more details on the official OFGEM website.

What Can You Do to Control Your Energy Costs?

Unfortunately, energy prices are expected to keep rising, with the cap being regularly reviewed. But there’s good news! You don’t have to just accept these price hikes. By switching to sustainable energy sources, like installing Solar PV panels, you can take control of your energy bills and even reduce your dependency on the grid.

How Much Could You Save?

The amount you can save depends on several factors, including how many panels you can fit on your property. Some installations are even capable of generating enough energy to sell back to your provider – turning your home into a mini energy generator!

How Long Until You See Payback?

Solar panel installations vary, but in some cases, you could start seeing a return on your investment in as little as 6.5 years.

What Other Benefits Can Solar Panels Offer?

Beyond saving on your bills, there are several other advantages to installing Solar PV panels:

• Battery Storage & Inverters: Many customers also opt to have battery storage and inverters installed alongside their solar panels. This allows them to store surplus energy, which can be used later – especially useful when electricity prices are high.

• Energy Independence During Power Cuts: If you live in an area prone to power cuts or intermittent energy loss, having solar panels combined with battery storage could provide a backup source of power during outages.

• Hot Water Heating: In the summer, you can even use your solar energy to heat your water directly, making your system even more efficient.

Ready to Take Control of Your Energy Bills?

Want to find out more about how solar can help you save and stay ahead of rising energy costs? Click the button below to make an enquiry today!

Solar Survey: What it is and What it Includes

This blog explains the survey process that our engineers conduct when someone inquires about solar panel installation. The survey includes simulation results such as Annual Energy Production, performance ratio, a Detailed Financial Analysis (including Return on Investment and Lifetime Bill Savings), and more.

Financial Overview

This section appears on the first page and provides details such as System Profit (NPV), which considers your current usage and what you are currently paying, as well as the forecasted power your installation will generate.

The Payback Period is also included in this section and is calculated by comparing your potential annual power generation to the amount you could save, based on your current energy provider's rates for your annual consumption.

System Production and Consumption

This section includes a visual representation (in the form of a pie chart). The first chart, System Production, shows the estimated energy your installation will generate, measured in megawatt-hours (MWh).

The Consumption pie chart shows your total consumption based on your current usage, as well as potential ‘self-consumption’ from your installation, represented as a percentage of your total consumption. These figures are also shown in megawatt-hours (MWh).

Estimated Monthly Energy

This page provides a month-by-month breakdown of your Estimated Energy Consumption in an easy-to-understand bar chart, along with the corresponding figures in a table below. All figures are given in megawatt-hours (MWh) for consistency and are forecasts based on your specific installation.

For comparison, the chart also shows your estimated consumption, so you can quickly see what you are generating versus what you are consuming. As expected, the chart and figures below reflect higher production during the summer months.

Estimated Bill Savings

The next page shows the Estimated Bill Savings for both the first year after installation and the forecasted savings over the 20-year lifetime of the installation. For this particular installation, the estimated Net Monthly Bill Saving is £775.96, which translates into an estimated Net Lifetime Bill Saving of £234,333.

Detailed Financial Analysis

This section shows the System Profit, calculated by subtracting the System Price from the Lifetime Bill Savings.

Additionally, it includes the Internal Rate of Return (IRR), a percentage that estimates the profitability of a solar project. The IRR is calculated using a financial formula that includes the PV energy price and cash inflows. An IRR of 20% means the investment should generate a 20% return each year.

Yearly Cashflow

This page continues from the previous one and shows the Net Bill Savings year by year over a 20-year period.

System Loss Diagram

This page documents some of the potential system losses and factors in various variables, including environmental factors such as shading.

There will always be some loss during the conversion from Direct Current (DC)—the energy generated by your solar panels—to Alternating Current (AC), which is used in properties. This is entirely normal and is always documented in the survey report.

Solar Panel Installation: No Planning Permission Required!*

Did you know? Installing solar panels might be easier than you think – in most cases, you won’t need planning permission at all!

While there are some exceptions, the majority of solar panel installations don’t require approval, making the transition to cleaner energy hassle-free.

*When is Planning Permission Needed?

Planning permission is only necessary if your property is in a designated area, such as an Area of Outstanding Natural Beauty or a Conservation Area.

What About a Standard 12-Panel Installation?

For most homes, a typical 12-panel solar setup doesn’t require planning permission, unless your property is listed or located in a conservation area.

What if the Installation Exceeds 1 Megawatt?

Previously, a planning requirement existed for installations over 1 megawatt, but this has now been removed to encourage more renewable energy adoption. For most domestic and business properties, no permission is needed. Learn more.

What About Places of Worship?

Places of worship with ecclesiastical exemptions, like the Church of England or Roman Catholic Church, don’t need listed building consent, but they will need approval from the relevant denominational authority.

For more details, check out Historic England’s guidelines: Historic England's Solar PV Advice.

Do Listed Buildings Require Planning Permission?

It’s always best to double-check with your local authority. Generally, if you want to install solar panels on a listed building, planning permission will be required.

Main Differences Between Solar Panels?

SOLAR PANEL Size (W)

Solar panels typically range from 380W to 450W. While higher wattage panels (450W) produce more power, efficiency and other factors should also be considered when choosing the best option.

Solar Panel Efficiency

Solar panel efficiency varies, with most operating between 94% and 99%. Always ask your installer about the efficiency of the proposed panels to ensure optimal performance.

Monofacial vs. Bifacial Panels

Modern bifacial panels generate more energy than traditional monofacial ones by absorbing sunlight from both the front and back, maximising ambient light usage.

Warranties

Opt for panels with a minimum 15-year warranty. Some manufacturers offer up to 25 years, often split into two types:

Product warranty

Covers defects or faults affecting panel functionality. Typically lasts 10–12 years, with some extending up to 25 years.

Power warranty

Guarantees a specific power output over time, e.g., 90% output at 10 years and 80% at 25 years.