A clear view of how storage supports efficiency targets.
Peak demand control
Discharge during high-tariff intervals to reduce demand charges and stress on equipment.
Renewable integration
Capture excess generation and align usage with on-site production windows.
Backup readiness
Define backup loads, reserve capacity, and verify transfer behavior during commissioning.
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Efficiency improvement requires more than installing a battery. It depends on the tariff structure, operating hours, generation profile, and the control strategy that determines when to charge and discharge. Lugovum focuses on outcomes that can be verified with site data: reduced grid import during expensive periods, smoother demand peaks, improved renewable self-consumption, and stable operational behavior that does not surprise facilities teams.
We review interval meter data to identify peak drivers, persistent baseload, and operational variability. The result is a set of candidate dispatch strategies and the storage power/energy range that supports them. This keeps sizing decisions grounded in your actual usage patterns.
We map the control schedule to your tariff and demand charge structure. Instead of generic charge/discharge windows, the plan considers seasonal changes, weekend rules, and export limits where applicable. The goal is predictable behavior that supports budget planning.
Many sites have constraints such as interconnection caps, transformer loading limits, or contractual export rules. We incorporate these constraints into the system design so the storage asset supports compliance while still delivering measurable efficiency improvements.
A system is only useful if it behaves as intended. We provide a commissioning checklist and a verification approach using operational telemetry such as state of charge, inverter power, and site import/export. This helps teams confirm performance and detect drift early.
Share your interval data, operating hours, and any interconnection limits. We will outline a practical storage approach and the information required for a detailed proposal.
Storage value depends on how energy is produced and consumed on a site. For homes, the primary goals are higher solar self-consumption, resilience for essential circuits, and smoother grid import. For businesses, common targets include demand peak control, operational continuity, and improved power quality management through coordinated inverter behavior. For industrial sites, storage can support load management strategies that reduce stress on upstream infrastructure and improve predictability for energy procurement.
We help homeowners understand usable capacity, backup circuit planning, and expected runtime under realistic loads. The focus is a transparent operating plan: when the battery charges from solar, how much reserve remains for outages, and how to avoid shallow cycles that do not serve household goals. We also explain what the system does not do, such as powering all appliances during a prolonged outage without careful load selection.
For offices, retail, and mixed-use buildings, storage can reduce short demand spikes driven by HVAC, refrigeration, or process start-up loads. We create a control schedule aligned to tariffs and business hours, then define monitoring metrics that facilities teams can review monthly. The result is a system that helps reduce avoidable grid import without requiring constant manual intervention.
Industrial operations benefit when storage is integrated with dispatch rules, safety procedures, and a clear approach to setpoint control. For multi-site fleets, the value often comes from consistent reporting: comparable KPIs across locations, clear alert thresholds, and shared playbooks for events such as demand excursions or communications loss. We help teams prioritize actions that maintain continuity and preserve equipment health.
Use this form to request a consultation. We ask only for details required to respond and understand your site at a high level. If you have interval data available, you can mention the date range and metering resolution, but you do not need to upload files here. After submission, we will contact you to schedule a call and explain what information is needed for a full design review.