We don’t sell energy products and leave. We work with commercial and industrial clients to design the right hybrid energy system for their operating reality — modelling the economics, selecting the technology and coordinating the delivery. Our HED methodology ensures every system we propose is justified by your actual numbers before a single product is specified.
Hybrid Engineering & Design — cost-benefit led, financially grounded, technology-agnostic hybrid energy design.
Commercial and industrial clients in Pakistan where energy cost, uptime and operational resilience are measurable business problems.
Every engagement starts with your consumption data. Technology is specified after the analysis — not before it.
Engineering and installation delivered through vetted EPC and installation partners. CR provides design authority and project management.
HED is not an engineering firm. It is the way Charania Renewables approaches every project. Most energy system failures in Pakistan are not product failures — they are design failures. Systems sized by guesswork, economics modelled on optimistic assumptions, technology selected because a salesperson pushed it. HED is the counter to all of that.
We start with your consumption data — utility bills, smart meter readings, production schedules, critical load lists. We model the economics: what does grid energy actually cost you today, what would a hybrid system save, what is the payback period and internal rate of return at conservative assumptions. Only once the financial case is clear do we specify technology. The system design follows the numbers. The numbers come from your operation.
Engineering and installation are delivered through our EPC and installation partners. CR sits as design authority and project coordinator — one point of accountability from brief to handover.
Our solutions focus is industrial and commercial — factories, warehouses, hospitals, cold chain facilities, large commercial buildings and institutions. These are the clients where energy cost is a significant line item, where grid unreliability has a quantifiable production cost, and where a well-designed hybrid system delivers a return that justifies the capital investment.
We also work with EPC partners who need a design and financial modelling capability behind their project bids. If you are an EPC tendering on a hybrid energy project and need engineering design, system architecture, SLDs and financial modelling, the HED methodology is available to support your bid. We do not compete with EPCs on installation — we work alongside them as the design and advisory layer.
The HED methodology in full: load analysis, resource assessment, technology selection, system architecture, financial modelling (LCOE, payback, NPV, IRR), SLD design and EPC coordination. For clients and EPC partners who need the full design and financial case built before committing to a project.
HED — How It Works →HED applied specifically to Pakistan’s commercial and industrial sector. Hybrid uptime and energy resilience for factories, warehouses, hospitals and large commercial facilities. Peak demand reduction, grid backup, on-site generation and long-term energy cost management — built around your operating load and tariff structure.
Industrial Solutions →Not every client wants to own the system. For commercial and industrial clients where capital allocation is constrained, Charania Renewables is developing Energy as a Service (EaaS) structures — where the hybrid system is financed, installed and operated by CR or a financial partner, and the client pays for the energy delivered rather than the hardware. If capital cost is a barrier to a project that makes clear financial sense on your load data, talk to us. This is an active area of our commercial development.
Share your utility bills, operating schedule and the energy challenges you’re trying to solve. Our team will tell you honestly whether a hybrid system makes financial sense for your site — and what that system should look like.