Engineering-led energy resilience for factories, warehouses, hospitals, cold chain facilities and large commercial buildings. We start with your operating load, model the economics and design a hybrid system that delivers measurable returns — lower energy costs, reduced peak demand charges and protected uptime against grid outages.
We start with your consumption data and critical loads — not a standard system size.
Payback period, NPV and IRR modelled from your actual utility bills before any commitment.
Reduced energy cost, protected uptime and lower peak demand charges — often in one system.
CR manages the project from feasibility through to commissioning. One team, one responsibility.
Pakistan’s industrial sector faces three distinct but related energy problems. A well-designed hybrid system addresses all three simultaneously — and the combined business case is almost always stronger than addressing any one problem alone.
Production losses from grid outages are directly quantifiable — lost output, idle labour, restart costs. We design hybrid backup systems sized around your maximum permissible downtime and critical load list. Battery storage provides seamless switchover with no generation gap — no generator startup delay, no fuel dependency, no inrush surge on restart.
Industrial tariffs in Pakistan include a maximum demand indicator (MDI) charge — a penalty applied to your highest 15-minute demand reading each billing period. This charge can represent 20–40% of a large facility’s monthly electricity bill. BESS discharge during peak demand periods caps your MDI reading and reduces this charge. The savings are calculable directly from your utility bill before you invest.
Grid electricity tariffs for industrial users in Pakistan have increased significantly over recent years and are projected to continue rising. On-site generation through solar and wind, combined with storage to shift consumption, reduces the proportion of energy imported from the grid. The longer your facilities operate, the stronger this business case becomes.
Your BESS charges during off-peak hours when grid power is cheap and demand is low. An energy management system monitors your real-time consumption and discharges the battery automatically when your demand approaches the threshold you want to cap. The MDI charge on your next utility bill reflects the capped peak, not the uncapped one. The same battery that reduces your demand charge also provides backup power during grid outages — seamlessly, without generator startup delay. Two functions. One capital investment. One business case to justify both.
Pakistan’s industrial tariff structure uses 15-minute billing intervals for demand measurement. The BESS must respond within this window. The EMS is configured to your specific tariff thresholds — not a generic setting. Demand charge savings are calculable from your existing utility bills before any investment is made.
Continuous-operation manufacturing where production losses from outages are direct revenue losses. Peak demand reduction on high-draw process equipment. On-site generation to reduce energy cost per unit of output.
Zero-tolerance for power interruption. Hybrid backup sized around your critical load — ICU, cold storage, life-safety systems — with non-critical loads deprioritised. Backup duration designed for your maximum acceptable outage window.
Shopping centres, office towers, hotels and large commercial facilities with significant HVAC and lighting loads. Peak demand reduction, on-site generation and backup in a system sized to your peak and base load profile.
A complete industrial hybrid energy system typically includes the following layers. Not every site needs all of them — the HED process determines what your site requires.
Pakistan’s industrial tariff MDI charge is calculable directly from your existing utility bills. We model the savings before you commit.
No generation gap during grid outage. BESS maintains supply without interruption — no generator start delay.
On-site generation typically below grid import tariff over a 10-year horizon at conservative assumptions.
Energy management system handles all dispatch decisions automatically against your tariff structure.
Send us your last 12 months of utility bills and a basic site plan. Our team will model your demand charge savings and backup economics and propose a system architecture for your review.