01 / Generation
RESOLV designs, builds and commissions industrial energy infrastructure: solar generation, battery storage, hybrid and micro-grid supply. One team owns the design intent from feasibility through to asset performance.
02 / Delivery
Generation is sized against measured load and operating hours, then designed around the electrical reality of the site: transformer capacity, protection, interconnection point and the way the plant actually works. The engineering continues until the system is energised and the operators know it.
03 / Storage
Battery storage answers four problems: shifting generation into the hours that need it, capping a demand peak, carrying critical load through an outage, and cutting generator running hours. The architecture decides which of those it solves.
Select project experience
Client organisations from RESOLV's documented project record. Presence here is project experience, not an endorsement.
Documented record
Figures below are drawn from RESOLV's documented project profile. No estimate, no illustrative counter, no satisfaction score.
Real project experience. Measurable engineering depth. Every figure shown is drawn from RESOLV's documented project record.
What RESOLV stands for
Four commitments that decide how a project is run, from the first survey to the years after handover.
Core solutions
Tell the section what supply you have today and it will name the architecture that fits it, then take you into the engineering detail.
On-Grid Solar
Rooftop or ground mounted generation offsets metered consumption directly, with the grid remaining the backbone of supply.
A dependable utility supply with daytime load worth displacing.
See the right solutionOur approach
Six stages from assessment to maintenance. The engineer who surveyed the site is accountable through commissioning and beyond, which is why the process is run in house rather than handed between parties.
Project highlights
Seven documented projects where RESOLV publishes a photograph of that site, labelled with the site it shows. Every other engagement appears in the record as data, with no substitute imagery.
LCI Polyester
A megawatt-scale phase at LCI Polyester, designed around production load and interconnected at medium voltage.
View full case studyDocumented record
The remaining engagements from RESOLV's project record: on-grid and off-grid installations, consultancy and remote site work, spanning Punjab, Sindh and Khyber Pakhtunkhwa from 2019 to 2026. Presented as data, because RESOLV has published no photograph of these sites.
10 further documented engagements are listed in the complete record, all presented the same way: data and records, no substitute photography.
Project map
A locator chart of documented installation sites. Hover a marker to read the project, or select a row to move through the record.
Portfolio analytics
Every chart below is drawn from the documented project table: 26 installations, 8.72 MWp, 2019 to 2026. No projected growth, no estimated series, no smoothed trend line.
Engineering and consultancy
26 documented installations and a consultancy engagement at KASMY PACK Limited (249.40 kWp), delivered as specification, vendor evaluation, design verification and commissioning oversight for clients who own the capital decision.
Battery energy storage
Storage is engineered around four questions: does it shift generation into the dark hours, cap a demand peak, carry critical load through an outage, or reduce generator hours. The answer changes the size, the chemistry and the control philosophy.
BESS retrofit
RESOLV assesses the existing system and integrates the right battery energy storage system to store surplus daytime generation and use it when solar is unavailable or grid electricity is costly.
Lithium-ion BESS imports into Pakistan reached 4.6 GWh in 2025, a rise of 220 percent in one year. Residential, commercial and industrial users are increasingly adopting storage to use more of their own solar energy and reduce dependence on grid electricity.
Micro-grids and off-grid
Generation, storage, backup and control inside one boundary, sized for the site's worst week rather than its average day, and commissioned with the operators who will live with it.
Industries served
Nine operating environments, each with its own load shape, constraint and relevant capability.
Why RESOLV
Credentials
Documented engagement, documented scale, documented scope. Anything not verifiable is stated as such rather than estimated.
| Credential | Value | Note |
|---|---|---|
| Established | 2017 | Core team solar-sector experience from 1987 |
| Documented projects | 26 | Project highlights table, 2019 to 2026 |
| Documented capacity | 8.72 MWp | Sum of the documented installations |
| Largest installation | 2.016 MWp | Descon Oxychem, MV interconnection |
| Collective experience | 65+ man-years | Across the core engineering team |
| Industrial capability | 500 kW to 5 MW+ | Large industrial project range |
| Registration | PEC, AEDB / PPIB | Registered energy company |
| Electrical services | Punjab, Islamabad, Sindh, KPK | Registered to provide electrical services nationwide |
Documentation
Technology partners and clients
Equipment is specified against the design and the site. Partners and clients below are named exactly as listed in RESOLV's company profile. A client name indicates documented project experience, not an endorsement.
Selected technology partners
Featured clients
Client voice
This rail publishes only quotes RESOLV has approved in writing. Until then it runs as a labelled placeholder rather than invented praise.
Approved client quote pending. This component is published as a labelled CMS placeholder so that no words are put into a client's mouth.
Approved client quote pending. This component is published as a labelled CMS placeholder so that no words are put into a client's mouth.
Approved client quote pending. This component is published as a labelled CMS placeholder so that no words are put into a client's mouth.
Energy assessment
Eight questions produce a preliminary project profile: the facility, its energy environment, the evaluation RESOLV would recommend and the next step. No savings figure is promised before measurement.
Fields are used for evaluation only. No savings figure is estimated before your load data is measured.
This profile is an engineering starting point. Capacity, yield and cost are established after measurement, never before it.
RESOLV Intelligence
Engineering notes written for the people who carry the capital risk: feasibility, storage, procurement, economics and asset performance.
What should an industrial solar feasibility study actually tell you?
A feasibility study is not a quotation with a chart on top. It is the document that decides whether capital should move at all, and on what terms.
Read the article
BESS for industry: where storage actually fits into the energy system
Battery storage is not a bigger battery for the same job. It answers four specific problems, and only one of them is about generation.
Read the article
Before selecting a solar EPC: seven questions procurement teams should ask
The cheapest compliant tender is rarely the cheapest project. These are the questions that separate a contractor from an engineering partner.
Read the articleLatest from RESOLV
The newest documented project, the newest engineering note, the audit record and the published maintenance scope, each with its own photograph and each one clickable through to the detail behind it. Approved newsroom posts appear here as soon as RESOLV releases them.
LCI Polyester: 1,000.50 kWp at Sheikhupura
A megawatt-scale phase at LCI Polyester, designed around production load and interconnected at medium voltage.
Photograph: Lucky Core Industries, SheikhupuraView the project recordWhat should an industrial solar feasibility study actually tell you?
A feasibility study is not a quotation with a chart on top. It is the document that decides whether capital should move at all, and on what terms.
Photograph: Solar engineering noteRead the note
Independent solar audit: 2,000 kWp assessed at Valancia Housing Society
Physical, design and performance audit of an installed system, with the published 24 point engineering review behind it.
Photograph: RESOLV installation photographySee the audit scope
Operations and maintenance scope: ten sections, sixty checks
Cleaning, earthing resistance, inverter room inspections, weather station and performance reporting, published in full.
Photograph: RESOLV installation photographySee the O&M scopeSocial
Company page for project updates, commissioning notes and engineering posts.
Posts appear here once RESOLV approves them for the websiteView the LinkedIn pageCompany page for installation progress and company news.
Posts appear here once RESOLV approves them for the websiteView the Facebook pageProject timeline
Each year carries the documented engagements from that period. Where the profile does not record a year, nothing is invented for it.
Company journey
Executive guide
What engineering, finance and procurement teams should evaluate before approving a commercial solar project: load evidence, constraints, assumptions, contract structure and what completion should actually mean.
Used to send the guide and to follow up with engineering context. Nothing else.
Frequently asked
If your question is not here, send it with the project brief and an engineer will answer it directly.
Renewable energy EPC: feasibility and load assessment, system design, procurement, installation, commissioning, monitoring and long-term operations and maintenance. Solar on-grid, hybrid and off-grid systems, battery storage, mini and micro grids, plus engineering consultancy.
Direct business conversation
Five questions, reviewed by an engineer before anyone contacts you. Bring a site, a load problem or an investment decision. If the honest answer is that solar is not your best next move, you will be told that instead of sold something.
