We’re commited to creating a bespoke, custom solar solution for you and your home. Every building is different, and we will work with you to ensure your investment is maximised. Below are a gallery of some of our most recent solar installs in Braintree and the surrounding areas.
If you would like to speak to us about how we can help you harness the power of the sun, to power your home – please don’t hesitate to contact us.
Roof-Mounted Solar and Battery Storage System Install
A 7.05kW solar PV system comprising 15 high-efficiency 470W Jinko Tiger Neo 3.0 All Black Dual Glass solar panels, installed across two south-west facing roof areas. The system incorporates 15 Enphase IQ9N microinverters, providing individual panel-level conversion and optimisation, together with a Sigenergy SigenStor 10kW single-phase hybrid inverter and 26.3kWh of battery storage. The large battery capacity allows excess solar energy generated during the day to be stored for use during evenings and overnight periods, helping to significantly reduce the property’s reliance on imported grid electricity.
Key components:
• 15 × 470W Jinko Tiger Neo 3.0 All Black Dual Glass solar panels (7.05kW total capacity)
• 15 × Enphase IQ9N microinverters
• 1 × Sigenergy SigenStor 10kW single-phase hybrid inverter
• 3 × Sigenergy 8.76kWh battery modules
• 26.3kWh total battery storage capacity
• Fastensol pitched-roof mounting system
The system is estimated to generate approximately 6,588kWh of renewable electricity per year. Based on the customer’s estimated annual electricity consumption, the solar and battery system is projected to provide approximately 76% grid independence, substantially reducing the amount of electricity required from the grid.
This installation combines high-efficiency solar generation, panel-level microinverter technology and substantial battery storage to maximise self-consumption and make greater use of renewable energy generated at the property.
Roof-Mounted Solar and Enphase Battery Storage System Install
A 7.05kW solar PV system comprising 15 high-efficiency 470W Jinko Tiger Neo 3.0 All Black Dual Glass solar panels, installed across three separate roof areas with south, east and west-facing aspects.
Each solar panel is paired with its own Enphase IQ9N microinverter, allowing each panel to operate independently and helping to maximise solar generation across the different roof orientations.
The system also includes an Enphase IQ Battery 5P, providing 5kWh of battery storage. Excess solar energy generated during the day can be stored for use later in the day and overnight, increasing self-consumption and reducing reliance on imported grid electricity.
Key components:
• 15 × 470W Jinko Tiger Neo 3.0 All Black Dual Glass solar panels (7.05kW total capacity)
• 15 × Enphase IQ9N microinverters
• 1 × Enphase IQ Battery 5P
• 5kWh battery storage capacity
• Fastensol pitched-roof mounting system
The system is estimated to generate approximately 4,832kWh of renewable electricity per year. Based on the property’s estimated electricity consumption, the solar PV and battery system is projected to provide approximately 65% grid independence.
This installation demonstrates how solar panels positioned across multiple roof aspects can be combined with Enphase microinverter technology and battery storage to maximise the usable roof space, increase self-consumption and reduce reliance on grid electricity.
Roof-Mounted Solar and Battery Storage System Install
A 5.00kW solar PV system comprising 11 high-efficiency 455W solar panels, paired with an EcoFlow 6kW single-phase hybrid inverter featuring dual MPPT trackers for improved energy generation across different roof aspects.
The system also includes 20.4kWh of battery storage, providing substantial energy backup and allowing excess solar energy generated during the day to be stored for use during evenings, overnight periods, or power outages.
Key components:
• 11 × 455W solar panels (5.00kW total capacity)
• 1 × EcoFlow 6kW single-phase hybrid inverter (2 MPPTs)
• 20.4kWh battery storage capacity
This system is designed to maximise self-consumption, reduce reliance on grid electricity, and provide long-duration energy storage for residential properties.
Roof-Mounted Solar Install
This customer chose a premium solution featuring Enphase microinverters alongside a Fox ESS AC1 G2 5kW AC-coupled inverter and 10.4kWh of battery storage, allowing them to store more of the energy they generate and make greater use of their solar investment.
In Roof Solar Install
The Solfit in-roof system was a 5.1kW solar PV installation with 13.5kWh of battery storage. The system comprised 12 Solfit 425W dual-glass, all-black monocrystalline solar panels installed in landscape orientation.
We used Enphase microinverters for this project, providing panel-level optimisation and monitoring. The system was also configured with island mode functionality, allowing the property to continue operating during grid power outages.
Key features:
• 5.1kW solar PV system
• 12 × Solfit 425W dual-glass all-black panels
• Enphase microinverters
• 13.5kWh battery storage
• Island mode / backup power capability during power cuts
• Integrated Solfit in-roof mounting system
Ground Mount Solar Install
This large-scale Solarport installation delivers 30.8kW of renewable energy generation, combining high-performance solar technology with substantial battery storage to maximise energy independence and long-term savings.
The system comprises 70 × 440W solar panels, paired with a Fox ESS V Series 30kW three-phase string inverter, a Fox ESS AC3 10kW three-phase AC-coupled inverter, and 41.4kWh of battery storage. The system is forecast to generate 29,353kWh annually and is currently exceeding its projected performance.
A key aspect of this project was the distance between the Solarport and the plant room. To facilitate the installation, a 220-metre trench was excavated, allowing all cabling and infrastructure to be installed safely and efficiently while maintaining a clean and professional finish.
To ensure long-term reliability and protection of the electrical equipment, we designed and installed bespoke weatherproofing measures. Perspex shielding was fitted to the rear of the ground-mounted Unistrut framework to protect inverters and associated equipment from the elements. Additional Perspex protection was installed beneath the solar panels to prevent rainwater passing through the gap between panel rows and onto the electrical equipment below. This custom solution channels water away from critical components, providing enhanced protection and helping to maximise system longevity.
System Specification:
• 30.8kW Solar PV System
• 70 × 440W Solar Panels
• Fox ESS V Series 30kW Three-Phase String Inverter
• Fox ESS AC3 10kW Three-Phase AC-Coupled Inverter
• 41.4kWh Battery Storage
• Expected Annual Generation: 29,353kWh
• Currently outperforming generation estimates
• 220m trench and cable infrastructure installation
• Bespoke weather protection and water management system
Roof-Mounted Solar Install
Pictured below is a bespoke installation utilising a Sigenergy SigenStor 12kW hybrid system with 17.5kWh of battery storage, carefully designed to maximise self-consumption and provide substantial energy independence for the homeowner.
