Our Services
Battery Storage Systems

Our Accreditations
Certified & Accredited



About This Service
Reliable Battery Storage Systems for Modern Homes
Our three-step process starts with a detailed site survey and export/load analysis to map solar generation, daily consumption and resilience needs. Next we design a bespoke battery solution — selecting inverter topology, usable capacity and protection measures that integrate with your solar PV, consumer unit and EV charger. Installation, commissioning and full handover follow, including system programming, grid export settings and user training. All work is NAPIT-accredited, fully tested and supplied with manufacturer warranties and ongoing monitoring options.
Why Choose us for Battery Storage Systems?
Maximise solar self-consumption
Capture daytime generation for use after sundown and reduce grid imports by matching battery capacity to real consumption patterns.
Accredited compliance and warranty protection
NAPIT-accredited electricians and Constructionline Silver certification ensure work meets building regs and industry standards, with manufacturer warranties on hardware.
Local expertise and practical system design
Based in Crawley with 15+ years’ experience, we size systems for real-world use — resilience for businesses, export control for estates and smart integration for EV and home-automation setups.
How It Works
Survey & Performance Analysis
On-site inspection, generation/load monitoring and socket-level checks to size the battery and specify inverter and protection systems.
Design & Approvals
Bespoke system design including DC/AC configuration, export limiting, software settings and any required planning or DNO notifications.
Install, Commission & Handover
Safely install battery, integrate with PV and EV chargers, perform commissioning tests, register warranties and provide user training plus monitoring setup.
Frequently Asked Questions
Yes. Most modern PV arrays can be paired with an appropriately sized battery and compatible inverter or hybrid unit. We assess inverter compatibility, DC string configuration and roof generation patterns before specifying either an AC-coupled or DC-coupled solution to ensure efficient charging and safe installation.
