1MW Price Full EPC: Engineering, Design and Build
At megawatt scale, the quote is a project budget: USD-linked equipment, structural or ground-mount civil works, HT integration with protection coordination, SCADA, commissioning, and the project management to hold it to programme. The feasibility study comes first; the binding price follows the design.
| What you get | Why it matters | |
|---|---|---|
| Itemised project budget | Two 1MW plants can differ by tens of millions | |
| Equipment datasheets | Verify Tier-1 against grey stock | |
| Single-line + structural calcs | Independently reviewable |
Per-watt shorthand figures circulate in the market, but two 1MW plants one on mill roofs, one ground-mounted with a long HT cable run can differ by tens of millions of rupees and both be correctly priced.
The 1MW Project Lifecycle, Stage by Stage
A megawatt plant runs a full lifecycle on a milestone programme: feasibility (load analysis, site survey, yield and self-consumption model, IRR), design (single-line, structural calcs, protection scheme), procurement (where USD pricing locks), works (structures, cabling, inverter stations), integration (HT/LT connection and witnessed protection testing), commissioning (performance verified against the yield model), then operations under SCADA and long-term O&M.
Standard rooftop packages install in 7-15 days; a 1MW plant runs this full lifecycle on a programme committed in the EPC contract, with long-lead items flagged from day one.
Net Metering at the 1MW Cap and Net Billing
One megawatt is the ceiling of NEPRA’s net-metering framework. Under the 2026 Prosumer regime the mechanism is net billing, so self-consumption is the business case only with bigger numbers.
| Plant profile | Export exposure |
|---|---|
| Continuous-process (90%+ self-use) | barely exposed |
| Multi-shift mill | very low |
| Weekend-idle facility | size below max roof |
| Captive self-consumption | what makes it bankable |
- Spinning mill, steel, food/beverage or export house
- Several hundred thousand units/month consumption
- ~80,000 sq ft of roof, land, or both
- 11kV connection net-metering maximum is 1MW
- Continuous or multi-shift load for high self-consumption
Utility-Scale O&M and Performance
A megawatt plant earns its model only if it operates at model. Industrial-zone soiling dust, lint, stack fallout is the silent tax on unmanaged plants, routinely costing more than the O&M contract itself.
- Engineered cleaning cycles with designed water access
- 24/7 SCADA surveillance with string-level fault localisation
- Scheduled thermography and protection testing
- Monthly generation-vs-target with variance analysis
Financing a Megawatt: Capital Structure Options
A 1MW plant is a capital project, and Zynergy supports the route that fits your balance sheet: outright capex, bank-financed EPC including Islamic financing through Meezan Bank, where Zynergy stands among the Top-3 approved solar vendors or staged builds (commission 500KW now, expand to 1MW as phase two on pre-engineered headroom).
The feasibility’s savings model doubles as the bank’s appraisal document: monthly yield, stated tariff assumptions, self-consumption evidenced from your load data. Most financed clients structure repayments below modelled savings, keeping the project cash-flow positive from commissioning.
Get a system sized from your bill
Worked Example: Spinning Mill, Punjab Industrial Estate
A spinning mill running three shifts consumed ~380,000 units a month on an 11kV industrial connection. The feasibility sized 1MW the net-metering maximum against the mill’s flat, round-the-clock load: every generated unit would be self-consumed, with effectively zero export exposure. The build combined shed-roof mounting over the spinning halls with two ground-mount blocks, string-inverter stations, and HT integration with relay coordination witnessed at commissioning. Delivered generation runs 4,200-4,800 units on clear days payback tracking the 2.5-4 year industrial benchmark.
Net Metering & Self-Consumption at 1MW
One megawatt is the ceiling of NEPRA’s net-metering framework, and under net billing exported units are credited at the notified rate, below the retail import rate. The design implication is the same as everywhere, only with bigger numbers: self-consumption is the business case.
A continuous-process plant self-consuming 90%+ of generation is barely exposed to the export rate; a weekend-idle facility should size below maximum capacity and let the feasibility find the optimum. The step below this scale is the 500KW system.
1MW Solar System FAQs
It’s a full EPC project budget produced after feasibility and design equipment, structure, HT integration and works are itemised per site. Feasibility is free to request.
Around 4,000-5,000 units per day 120,000-150,000 monthly, with documented seasonal variation by month.
Roughly 80,000 sq ft mill roofs, ground-mount blocks, or a combination decided by structural survey.
Yes 1MW is the upper boundary of NEPRA’s distributed-generation framework, the largest standard behind-the-meter plant.
Exports earn the notified rate, so plants are sized for self-consumption; continuous-process facilities with 90%+ self-use are least affected.
It runs a committed milestone programme feasibility, design, procurement, works, integration, commissioning agreed in the EPC contract.
Yes capex, bank-financed EPC or Islamic financing via Meezan Bank (Zynergy is a Top-3 approved vendor), with repayments structured against modelled savings.
Usually both: shed roofs carry what structural calculations allow, ground-mount takes the balance for easier cleaning and expansion.
Textile and spinning mills, steel, food and beverage plants, export houses and industrial campuses the largest private energy users.
Yes a common route is 500KW first with pre-engineered electrical headroom, expanding to the full megawatt as phase two.
Commission the feasibility.
Request a free load study, month-by-month yield model and bankable EPC pricing HT integration, SCADA, financing and utility-scale O&M.