Resilience Meets Efficiency
Battery energy storage systems (BESS) allow businesses to take control of when and how they use power – reducing peak charges, enabling backup supply, and making renewable energy assets work harder. At TriEnergi, we design and deliver scalable BESS solutions tailored to your load profile, building layout, and operational goals.
Whether you’re shaving peaks, prepping for grid outages, or maximising your solar ROI, we make battery storage simple, safe and bankable.
Our containerised and indoor Battery Energy Storage Systems (BESS) provide modular or bespoke configurations tailored to the needs of logistics, manufacturing, and mixed‑use developments. Designed for flexibility and scalability, these systems deliver reliable energy storage that integrates seamlessly with renewable generation, EV charging, and grid services.
- Containerised systems: Pre‑fabricated, plug‑and‑play units housed in secure steel containers. Ideal for rapid deployment, outdoor environments, and sites requiring scalable capacity with minimal civil works.
- Indoor systems: Custom‑engineered installations designed to fit within existing buildings or plant rooms, optimised for space efficiency, safety, and integration with facility operations.
- Logistics hubs: Support fleet electrification and peak‑shaving strategies, ensuring vehicles are charged efficiently while reducing grid demand charges.
- Manufacturing sites: Provide resilience against grid fluctuations, enable load shifting, and support continuous production with reliable backup power.
- Mixed‑use developments: Deliver shared energy storage that balances residential, commercial, and mobility needs, enhancing sustainability credentials and reducing overall energy costs.
By combining modular design with bespoke engineering, our BESS solutions deliver:
- Scalability: Systems that grow with demand, from small commercial units to multi‑megawatt installations.
- Resilience: Enhanced grid stability, backup power, and fault protection.
- Efficiency: Optimised energy use through peak‑shaving, demand response, and renewable integration.
- Compliance: Fully aligned with UK safety, grid connection, and ESG reporting standards.
These solutions make containerised and indoor BESS a future‑ready investment, enabling organisations to cut costs, reduce carbon, and strengthen operational resilience.
Our Peak‑Shaving and Load‑Shifting solutions are designed to help businesses cut demand charges and optimise energy use by shifting consumption to off‑peak tariffs. By intelligently managing when and how energy is drawn from the grid, we deliver immediate savings while enhancing long‑term resilience and sustainability.
- Peak‑shaving: Reduce costly demand spikes by using battery storage or smart controls to supply power during peak periods, lowering grid charges and stabilising operations.
- Load‑shifting: Move energy‑intensive processes to off‑peak times when tariffs are lower, maximising cost efficiency without disrupting productivity.
- Integration with renewables: Combine solar PV and battery storage to further reduce reliance on the grid, ensuring clean energy is available when demand is highest.
- Smart controls: Automated systems that monitor usage patterns, predict demand, and adjust loads in real time for maximum efficiency.
By adopting peak‑shaving and load‑shifting strategies, clients benefit from:
- Immediate cost savings: Lower demand charges and reduced exposure to volatile energy prices.
- Operational resilience: Stable energy supply even during peak demand or grid stress events.
- Carbon reduction: Optimised use of renewable energy and reduced reliance on fossil‑fuel‑based grid power.
- Future‑proofing: Compliance with evolving grid regulations and readiness for smart tariff structures.
This makes peak‑shaving and load‑shifting a critical tool for logistics, manufacturing, and commercial estates, delivering measurable value on both carbon and commercial fronts.
Our renewable integration solutions enable you to pair solar PV with battery storage, unlocking higher onsite consumption and optimised export strategies. By combining generation and storage, we help businesses, industrial facilities, and public sector estates maximise the value of their renewable assets.
- Higher onsite consumption: Store excess solar energy during peak generation hours and use it later to reduce grid reliance, cut costs, and stabilise operations.
- Export optimisation: Manage when and how surplus energy is exported to the grid, ensuring compliance with DNO requirements and maximising returns under smart tariff structures.
- Grid resilience: Support demand response and peak‑shaving strategies, reducing exposure to volatile energy prices and strengthening operational continuity.
- Smart integration: Seamless connection with EV charging, dynamic load management, and monitoring systems to create a fully integrated energy ecosystem.
By combining solar PV with advanced storage technology, TriEnergi delivers renewable integration that is:
- Efficient: Maximises the utilisation of clean energy generated onsite.
- Flexible: Adapts to changing demand profiles and tariff structures.
- Compliant: Fully aligned with UK grid connection standards and ESG reporting requirements.
- Future‑proof: Ready to scale with additional generation, storage, or smart grid services.
This makes renewable integration a strategic investment, delivering measurable benefits on both carbon and commercial fronts.
Our Backup & Resilience solutions are designed to keep critical systems online during grid failures, ensuring business continuity and operational security. With automated switchover capabilities, we provide seamless transitions to backup power sources, protecting assets, staff, and customers from costly downtime.
- Automated switchover: Intelligent controls instantly transfer load to backup supply (battery storage, generators, or hybrid systems) without manual intervention.
- Critical system protection: Safeguards essential infrastructure such as EV charging hubs, manufacturing equipment, IT systems, and public services.
- Resilience planning: Tailored designs that integrate with existing energy infrastructure, ensuring compliance with UK standards and site‑specific requirements.
- Scalable solutions: From single‑site installations to multi‑facility networks, systems are engineered to grow with demand and adapt to evolving energy strategies.
- Monitoring & reporting: Real‑time visibility of backup performance, fault detection, and predictive maintenance to guarantee readiness when needed.
By combining robust engineering with smart automation, our backup and resilience solutions deliver:
- Continuity: Operations remain online even during grid outages.
- Security: Protects against data loss, production stoppages, and service disruption.
- Efficiency: Optimised integration with renewable energy and storage systems.
- Future‑proofing: Ready for smart grid participation and evolving compliance frameworks.
This makes Backup & Resilience a critical safeguard for organisations that cannot afford interruptions, ensuring peace of mind and long‑term reliability.
