Off-Grid Solar Solutions

Off-Grid Solar Solutions

Our Product

Off‑Grid Solar Solutions in Pakistan

Beat load‑shedding and power remote sites with engineered off‑grid solar systems that include high‑efficiency panels, MPPT charge controllers, advanced battery banks, and robust inverters—designed, installed and supported by Genesys.

Why Off‑Grid Solar Solutions Make Sense in Pakistan

Pakistan’s geography and climate provide excellent solar potential, yet many locations suffer from limited or unreliable grid connectivity. Off‑grid systems are purpose‑built to deliver clean, dependable electricity without depending on utility lines. If you are building in a remote area, powering a farm, securing a tubewell, running a rural clinic, or simply want independence from load shedding, off‑grid solar provides a practical, scalable path to 24/7 power.

When off‑grid is the right choice

  1. Homes and businesses where grid access is unavailable or highly unreliable.
  2. Load‑shedding solar solution: locations that demand uninterrupted power for critical appliances.
  3. Farms & tubewells that need daytime pumping and night lighting far from distribution lines.
  4. Telecom, security, and IoT sites that require dependable uptime in remote terrain.
  5. Seasonal resorts, lodges, and construction camps with temporary site needs.

Why not on‑grid?

On‑grid systems minimize bills via net metering but still depend on the grid. If your location endures extended outages—or you need power where no wires exist—an off‑grid or a renewable hybrid design with battery storage is the better fit. For sites with stable grid supply and the goal of bill reduction, see our on‑grid/tied solar solutions.

How an Off‑Grid Solar System Works

In simple terms, panels convert sunlight into DC, a charge controller optimizes and protects battery charging, batteries store energy for later, and an off‑grid inverter produces clean AC for your appliances. A standby generator can be added for long cloudy spells or exceptional loads.
  1. Generation: High‑efficiency modules harvest sunlight and produce DC power.
  2. Optimization: An MPPT solar charge controller tracks voltage/current to maximize energy harvest and shields batteries from over/under‑charge.
  3. Storage: A properly sized battery bank (lithium LFP or deep‑cycle lead acid) stores energy to meet your autonomy days.
  4. Conversion: The inverter delivers stable 230V AC with enough surge to start motors and compressors.
  5. Protection & control: DC breakers, fuses, combiner boxes, earthing, and monitoring ensure safety and reliability.
  6. Optional generator integration: Auto‑start logic can top up batteries or support rare peak loads.

Tip: Off‑grid systems do not export energy to the utility and are not eligible for net metering; if net metering is your objective, see our on‑grid service.

Core Components Explained

Solar Modules (PV)

For off‑grid solar solutions for home in Pakistan, monocrystalline half‑cut modules are preferred for their higher real‑world efficiency and better shade tolerance. In dusty climates, robust frames and tempered glass matter as much as nameplate wattage. We size array capacity for winter performance, not just peak summer sun.

MPPT Charge Controller

An MPPT controller increases harvest by matching panel V–I characteristics to battery voltage while safeguarding battery health. When comparing options, consider conversion efficiency, PV input voltage window, max charging current, low‑temperature behavior, and communication ports. If you’re researching MPPT solar charge controller price in Pakistan, don’t shop on amperage alone—efficiency and thermal design directly influence lifetime energy yield.

Off‑Grid Inverter

The inverter is your power quality gatekeeper. Look for true sine wave output, surge capability (2–3× for motor starts), low idle consumption, and integration with lithium BMS protocols. If you’re comparing off‑grid inverter price in Pakistan, prioritize certified protection features, after‑sales support, and compatibility with your chosen battery chemistry.

Battery Bank

Two mainstream choices exist: sealed lead‑acid (AGM/gel) and lithium battery for solar in Pakistan—typically LiFePO4 (LFP). LFP offers higher usable capacity (80–90% DoD), fast charging, long cycle life, and excellent round‑trip efficiency; lead‑acid is lower cost upfront but heavier, slower to charge, and sensitive to partial state‑of‑charge. We engineer battery capacity around your autonomy needs, ambient temperatures, and budget.

Mounting & Balance of System

Corrosion‑resistant mounting (aluminum/galvanized steel), correct tilt and azimuth, UV‑stable cabling, MC4 connectors, DC protection (MCB/MCCB/fuses), surge protection devices, and earthing/Lightning protection complete a safe system. We insist on neat cable management and labelled isolators for serviceability.

Monitoring

Local display plus app‑based telemetry help you track PV generation, battery state‑of‑charge, load, and generator runtime. Alerts highlight unusual behavior so issues are resolved long before users notice.

Sizing & Design: Step‑by‑Step

Every viable off‑grid design starts with a realistic energy model. Here’s the approach our engineers follow when delivering off‑grid solar installation services in Pakistan:

  1. Load audit: List appliances (watts), hours/day, and seasonal changes. Don’t forget motor surges for pumps, fridges, and AC compressors.
  2. Daily consumption: Sum watt‑hours to get kWh/day. Add a margin (10–20%) for growth and inverter/charging losses.
  3. Autonomy days: Decide how many sunless days to cover (commonly 1–3 for homes, 3–5 for mission‑critical sites).
  4. Battery sizing: Use Battery kWh = (Daily kWh × Autonomy days) / Usable DoD. For LFP, assume 85–90% usable DoD; for AGM, 50%.
  5. PV array sizing: Array kW ≈ Daily kWh ÷ Peak‑sun‑hours × 1.3 (the 1.3 factor covers temperature, dust, and wiring losses). Use winter sun hours for year‑round reliability.
  6. Inverter selection: Continuous rating ≥ sum of simultaneous loads; surge rating ≥ 2× highest motor load.
  7. Generator integration (optional): Size to support inverter‑charger input and essential loads, with auto‑start on low SoC/overload events.

Worked Examples

Example A — 5 kW Off‑Grid Home

A compact home running fans, lights, fridge, LED TV, router, and a washing machine, with a 0.5 HP pump. Target 1.5–2.5 kWh at night, 6–8 kWh/day total.
  1. Battery bank: ~7–10 kWh usable (e.g., LFP 48V 200–250Ah).
  2. Array: ~3.5–5 kW (winter‑based), MPPT ~100–150A depending on system voltage.
  3. Inverter: 5 kW true sine wave, ≥ 10 kW surge for motor starts.
  4. Outcome: Stable overnight runtime and reduced generator use.

Search intent covered:5kW off‑grid solar system price Pakistan”. Pricing depends on battery chemistry (LFP vs AGM), autonomy days, and brand ecosystem; request an itemized quote for accuracy.

Example B — 10 kW Off‑Grid Villa or Clinic

A larger residence/clinic with multiple refrigerators, medical or lab equipment, and intermittent AC. Target 18–24 kWh/day with 2–3 autonomy days.
  1. Battery bank: ~40–55 kWh usable (LFP recommended for fast charge and deep cycling).
  2. Array: ~12–16 kW tuned to winter irradiance and site shading.
  3. Inverter: 10 kW with parallel/three‑phase options and generator input.
  4. Outcome: Resilient power for sensitive loads, monitored remotely.
Search intent covered: “10kW off‑grid solar system price Pakistan”. We provide brand options and BoM transparency to fit your budget and uptime targets.

Indicative Packages & What Affects Price

If you’re comparing off‑grid solar system price in Pakistan or searching for off‑grid solar packages Pakistan, focus on the whole‑of‑life cost, not just a box price. The package that looks cheapest upfront can cost more over five years if it cycles deeper, charges slower, or wastes energy as heat.

Typical inclusions

  1. Design report with load model, array layout, single‑line diagram, and cable schedule.
  2. Tier‑1 mono modules sized for winter production, with mounting kit and fasteners.
  3. MPPT controller(s) matched to array voltage and battery charging current.
  4. Off‑grid inverter/charger with ATS and generator input.
  5. Battery bank (AGM or LFP) with rack, BMS (for LFP), fusing and disconnects.
  6. DC protection, earthing/lightning, combiner boxes, and AC distribution upgrades as needed.
  7. Commissioning, acceptance testing, user training, and monitoring app setup.

What drives cost

  1. Battery chemistry & capacity: solar battery bank price in Pakistan varies most with chemistry (LFP vs AGM), brand warranty, and usable DoD.
  2. Autonomy days: extra storage and PV to cover long cloudy spells.
  3. Site conditions: cable runs, roof type/tilt, structure height, and shading mitigation.
  4. Power quality: surge requirements, THD, and grid/generator integration options.
  5. After‑sales: spare parts availability, local warranty processing, and remote monitoring.
  6. Request a detailed BoM & quote with line‑item pricing for panels, MPPT controllers, inverters, racking, protection gear, and batteries—so you can compare apples to apples.

Use‑Cases We Deliver

Homes & Small Businesses

Quiet, clean power for lights, fans, fridges, small pumps, and IT gear. We balance comfort with battery longevity by optimizing night‑time loads and advising on efficient appliances. Ask about off‑grid solar system with battery in Pakistan optimized for apartments, farmhouses, and holiday homes.

Agriculture & Tubewells

Off‑grid solar for tubewell in Pakistan reduces diesel costs and maintenance. We pair variable‑speed drives with correctly sized arrays to pump when the sun shines, optionally with a small battery to stabilize starts and telemetry for flow tracking.

Clinics, Schools & NGOs

Reliable power keeps vaccines cold, lab devices stable, and classrooms running. Designs emphasize redundancy, audit trails, and remote monitoring for donors and facility managers.

Telecom, Security & Remote Sensors

Remote area solar solutions in Pakistan for towers, CCTV, and SCADA sites include ruggedized enclosures, anti‑theft mounting, and lightning protection. Systems are engineered for unattended operation.
Not sure whether off‑grid or hybrid is right for you? Review our solar solution services overview or compare with our hybrid solutions for grid‑assist designs.

Our Installation Process

  1. Consultation: A brief call or site visit to understand loads, site constraints, and goals.
  2. Survey & design: On‑site measurements, shading analysis, structural checks, and a complete electrical design.
  3. Proposal: Transparent BoM options (good/better/best) covering panels, inverter, controller, and battery choices plus warranty terms.
  4. Implementation: Material logistics, safe installation, neat routing, and compliance with electrical standards.
  5. Commissioning: Functional tests, protection verification, and user handover with documentation.
  6. Support: Scheduled maintenance, remote monitoring, and rapid service response.
Ready to move forward? Our engineers can start with your appliance list or a recent electricity bill and turn it into a right‑sized design.

Care, Maintenance & Monitoring

Best practices

  1. Keep modules clean; schedule gentle washing in early morning/evening to avoid thermal shock.
  2. Inspect and tighten terminations annually; heat and vibration can loosen lugs over time.
  3. Maintain correct ventilation around batteries and electronics; avoid direct sun on equipment.
  4. Use the app/portal to check PV, battery SoC, and load. Investigate persistent anomalies early.
  5. Protect the array and cabling from animals and unauthorized access.

Battery care

  1. For AGM: limit regular depth‑of‑discharge to ~50% and fully recharge frequently.
  2. For LFP: follow manufacturer BMS specs; cold‑temperature charging limits may apply.
  3. Record cycle count and capacity tests annually for warranty support.

Our team provides preventive maintenance programs and on‑demand support across Pakistan.

xplore our off‑grid solutions and renewable hybrid solutions for design patterns that reduce operating cost without sacrificing uptime.

Frequently Asked Questions

A complete package covers panels, MPPT controller(s), off‑grid inverter/charger, battery bank with protection, mounting kit, DC/AC protection gear, monitoring, installation, and commissioning.

Yes. We tailor systems for apartments, houses, and farmhouses with realistic energy models and room for future expansion.

Request itemized quotes and compare: battery chemistry & usable kWh, inverter surge capability, MPPT efficiency, real‑world array wattage (winter), protection gear, monitoring, and after‑sales warranty.

Amperage and PV voltage window, conversion efficiency, thermal design, brand support, and communication features (for remote monitoring/BMS integration).

Look for high‑efficiency mono half‑cut modules with strong frame construction, trusted warranty, and a supplier that supports claims locally

For frequent cycling and fast recharge, LFP typically wins on lifetime cost and reliability. Lead‑acid can suit low‑cycle cabins or budgets, but requires careful charge profiles and ventilation.

Cost depends on batteries (AGM vs LFP), autonomy days, and inverter/MPPT specs. We provide multiple BoM options so you can choose the right balance of upfront vs lifetime cost. Ask for a quote.

Battery capacity and array size drive most of the cost. We recommend LFP for clinics/villas because of fast charging and deeper usable capacity. Talk to us for an exact figure.

Yes. We integrate diesel or gas gensets with auto‑start logic to protect batteries during long cloudy spells or to handle rare peak loads.

Yes—properly sized systems with healthy batteries supply power independent of the grid.

We serve Karachi, Lahore, Islamabad/Rawalpindi, Peshawar, Quetta, Hyderabad, Multan, Faisalabad, Sukkur, and beyond—anywhere in Pakistan.

Manufacturer warranties on panels, electronics, and batteries plus our installation workmanship warranty. We guide warranty claims locally for peace of mind.

Yes. Modular designs allow adding PV strings or battery modules as your needs grow.

No. Net metering applies to on‑grid (grid‑tied) systems. If you want credits for exported energy, explore our on‑grid solutions.

Uninterrupted Power Supply​

Provides the uninterrupted power supply through battery backip system, don’t worry about the load shedding or power cut off.

Contact Us

Our team and customer support 24/7 are available to serve you and to help you.

Head Office: MB-94 sector 6B Mehran Town, Korangi Industrial Area, Karachi, Pakistan​
Islamabad Office: Office #07, 2nd Floor, Segal Emporiums Murree Road, Saddar Cantt, Rawalpindi