Maximise Solar Yield with Advanced Storage
Engineering-led storage solutions for SMEs and technical homeowners. Optimise your energy infrastructure with high-performance battery systems designed for UK grid requirements.
Strategic Solar Battery Architecture
Energy Independence
Mitigate grid reliance through advanced storage sizing. By decoupling consumption from generation, property owners achieve DNO-compliant energy security even during peak demand periods on the local distribution network.
Peak Shaving
Optimise industrial load profiles by discharging stored energy during high-tariff windows. This engineering-led approach reduces stress on building infrastructure and lowers maximum demand charges via automated grid-flexibility logic.
Battery Arbitrage
Implement intelligent charge/discharge cycles based on Time-of-Use (ToU) tariffs. Import energy during off-peak periods to enhance property ROI, leveraging battery technology to bypass volatile market pricing and grid constraints.
Carbon Reporting
Facilitate precise Scope 2 carbon footprint reporting. Integrated monitoring systems capture real-time data on renewable self-consumption, providing the verifiable evidence required for industrial ESG compliance and carbon reduction pathways.
The Physics of Load Shifting
Optimising your building's energy profile requires a rigorous engineering approach to energy latency and conversion efficiency. Solar battery storage bridges the temporal gap between generation and demand.
01. DC/AC Conversion Linkage
Efficiency is maximised via high-performance hybrid inverters that manage the direct current from PV strings with minimal thermal loss during the rectification process.
02. Managed Depth of Discharge (DOD)
Our systems utilise advanced BMS protocols to regulate DOD, ensuring battery longevity while maintaining 95%+ round-trip efficiency across discharge cycles.
03. Real-time Inverter Synchronisation
Sophisticated phase-locking enables the storage system to respond within milliseconds to building load changes, preventing expensive grid consumption during peak tariffs.
Sizing & Specification
Selecting the correct battery system requires a precise understanding of two key engineering metrics: Power (kW) and Capacity (kWh). Power determines how many appliances you can run simultaneously, while Capacity dictates how long that energy will last. Our technical assessments ensure your installation is sized perfectly for your building's specific base loads and peak demands.
Technical FAQ
Storage System Specifications
What is the standard round-trip efficiency for these batteries?
Our commercial-grade lithium iron phosphate (LiFePO4) systems typically achieve a round-trip DC efficiency of 95% or higher. When accounting for AC/DC conversion losses through high-quality hybrid inverters, the system-wide efficiency remains robust at approximately 88-92%, ensuring minimal energy dissipation during storage cycles.
How does depth of discharge (DoD) impact long-term cycle life?
Engineering standards for modern solar batteries allow for a 90-100% Depth of Discharge. However, our Retrofit Designers often configure systems to an 80-90% DoD threshold to exponentially increase the cycle life. Most tier-1 cells are rated for 6,000 to 10,000 cycles before reaching 80% State of Health (SoH), providing over 15 years of operational utility.
Can the storage system provide full backup during a power outage?
Yes, through an Emergency Power Supply (EPS) or 'Islanding' configuration. During a grid failure, our automated changeover switches decouple your property from the UK network within milliseconds, allowing your solar and battery array to form a local Microgrid. This ensures continuous operation for critical industrial equipment or domestic essentials.
What are the integration requirements for SME industrial sites?
For SME applications, we conduct a full electrical load profile analysis. High-capacity, three-phase battery systems are often required to handle peak industrial demand. We ensure compatibility with G99 network regulations and provide intelligent Battery Management Systems (BMS) that can integrate with existing Building Management Systems for granular energy control.
Engineer Your Energy Profile
Homeowners, landlords and SMEs: optimising your solar and storage potential starts with a professional data-led assessment. Our engineering specialists analyze your energy load to design a bespoke battery solution that maximizes self-consumption and carbon reduction.
Technical Advice & Quotes
Monday – Friday: 08:30 – 17:30
Direct Quote Line: 020 3916 0297
Email: technical@amerdengroup.com