Solar PV Size
8.1 kWp
Recent Bespoke PV installation
8.1 kWp Solar & Battery Installation in North Baddesley
Completed April 2025
Bespoke solar PV and battery storage installation designed to improve self-consumption, reduce reliance on imported electricity and provide long-term energy savings.
8.1 kWp Solar PV
10.36 kWh Battery
Smart Monitoring
Hampshire Installation
Installation Specification
Key details from this Bespoke PV installation.
Battery Storage
10.36 kWh
Equipment
Smart Monitoring
Location
Hampshire
Project Overview
Bespoke PV designed and installed this 8.1 kWp solar PV and 10.36 kWh battery storage system for a residential property in North Baddesley, Hampshire.
The homeowner wanted to reduce imported electricity usage, improve self-consumption and gain clearer visibility of how energy was being generated, stored and used throughout the home.
The completed system combines high-efficiency solar panels, battery storage and smart monitoring to create a more intelligent household energy system.
Unlike larger resilience-led projects, this installation was focused on practical everyday performance: generating renewable electricity during the day, storing surplus energy for later use and helping the homeowner better manage household electricity consumption.
Installed System
A carefully sized residential solar and battery system designed for everyday household efficiency.
Solar PV System
8.1 kWp solar PV system designed to generate renewable electricity across the year and reduce reliance on imported grid energy.
Battery Storage
10.36 kWh battery storage system allowing surplus daytime solar generation to be stored for later use.
Smart Monitoring
Integrated monitoring provides real-time visibility of solar generation, battery charge, household consumption and grid imports.
Why This System Was Designed This Way
Designed to improve self-consumption, visibility and everyday household energy efficiency.
The system was designed around improving household self-consumption and giving the homeowner more control over everyday electricity usage.
An 8.1 kWp solar PV array provides strong generation potential for a residential property, while the 10.36 kWh battery gives useful storage capacity for evening use and higher-demand periods.
This makes the installation well suited to a household looking to reduce electricity bills, use more of its own solar generation and prepare for future electrification such as EV charging or smart tariff optimisation.
Smart monitoring was also an important part of the system, helping the homeowner understand when electricity is being generated, stored, imported or consumed.
Key Benefits for the Homeowner
The installation helps the property use more of its own generated electricity.
Lower Imported Electricity
Solar generation helps reduce the amount of electricity purchased from the grid during daylight hours.
Better Self-Consumption
Battery storage allows surplus generation to be used later rather than exported immediately.
Clearer Energy Visibility
Smart monitoring helps the homeowner understand usage patterns and system performance over time.
Project Outcome
Designed to improve energy efficiency and reduce grid reliance.
The completed installation now allows the homeowner to generate, store and monitor a meaningful proportion of the property’s electricity usage.
By integrating battery storage alongside solar PV generation, the system helps reduce reliance on imported electricity during peak periods while improving overall self-consumption.
Smart monitoring also provides clear visibility of system performance, helping the homeowner better understand generation, storage and energy usage patterns.
This project is a good example of how a well-sized residential solar and battery system can support lower grid reliance, improved energy visibility and long-term household energy efficiency.
Why Install Solar PV & Battery Storage?
Solar PV and battery systems can provide both financial and practical household energy benefits.
Lower Electricity Bills
Generate renewable electricity on site and reduce dependence on rising grid energy prices.
Improved Self-Consumption
Store excess daytime generation for use later in the evening when energy demand is often higher.
Future Energy Flexibility
Create a stronger foundation for EV charging, smart tariffs and future household electrification.
Bespoke PV Insight
For many residential properties, the best system is not necessarily the largest possible system.
The strongest results often come from carefully matching solar generation, battery capacity and household usage patterns so that more renewable electricity is used directly within the home.
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