What we build
A platform that carries the roof all the way to the meter.
Every capability is a production component — wired into your CRM, your financing partners, and your installer network, monitored in production, and improving with every install.
Satellite + LiDAR feasibility
Google Solar API, Airbus DSM, and LiDAR point clouds fused into per-roof geometry. Tilt, azimuth, and usable-area computed before a surveyor leaves the office.
Irradiance + shade modelling
Hourly POA irradiance by panel, yearly shade loss per obstruction, and PR-ratio projections — generation curves that hold up against PVSyst without the rebuild cost.
Financing orchestration
Lease, loan, green-loan, and PPA quotes fetched in parallel from partner APIs. Side-by-side payback, IRR, and LCOE so the homeowner sees real trade-offs, not a brochure.
Proposal + system design
String layout, inverter sizing, cable run, and single-line diagram auto-generated. Engineering sign-off turns hours instead of weeks; proposals e-signable inline.
Installer dispatch + scheduling
Crew-match by skill and distance, permit tracking, materials ETA, and commissioning calendar pushed to installer portals. Every handoff timestamped and audit-logged.
Post-install NPS + referrals
NPS survey at day-14, rep-attributed referral links, and maintenance-contract prompts fed back to CRM. Your warmest leads come from last month's installs, not paid media.
Where the platform runs
One engine. Every solar motion.
Same feasibility stack, financing orchestration, and installer rails — tuned per segment. Residential, C&I, utility-scale farm, BIPV, and community solar all run on the same backbone; only the tariff engine, BoM library, and crew-match rules change.
Residential rooftop
Homeowners going from 'curious' to 'installed' without an on-site visit before the proposal. Satellite feasibility, financing trade-offs, and e-sign all pre-install.
Commercial + industrial
Warehouses, cold-chain, manufacturing, and retail rooftops. Roof-load surveys, three-phase interconnection, and large-capex financing orchestration in one flow.
C&I portfolios
Multi-site portfolios — hotel groups, REITs, logistics operators — where feasibility, finance, and install need to roll out fleet-wide on a single programme schedule.
Solar farms (utility)
Ground-mount feasibility with land LiDAR, grid-proximity scoring, PPA offtake modelling, and ESDM / SEDA / EDB permit-track tracking for utility-scale projects.
BIPV + specialty glazing
Building-integrated photovoltaic design for facades, skylights, and carports. Material-BoM automation against IEC 62446 certification requirements.
Community solar + VPPs
Subscriber acquisition, allocation modelling, and billing reconciliation for community solar schemes. Tariff + credit-distribution logic built for SolarShare-style programmes.
Model families we deploy
No single model sells a solar system. So we compose them.
Each family handles a distinct step — geometry, generation, proposal, retention. Chained together, they lift conversion and drop cost per install without losing engineering rigour.
Vision transformer trained on aerial imagery and LiDAR DSM. Extracts roof planes, pitches, azimuth, and obstructions per facet — the geometric backbone for every downstream model.
Sequence model fed TMY historicals, NSRDB reanalysis, and tropical-Asia cloud patterns. Produces 8,760-hour generation profiles per proposed system — calibrated per sub-region.
Reasoning agent that assembles BoM, financing options, and customer-facing narrative. Hands off to engineering only when structural or interconnection flags fire.
Predicts which warm leads are likely to go cold — triggers call-back prioritisation, personalised follow-ups, and incentive nudges before the lead closes elsewhere.
Data sources wired into every install
Every signal that moves the system — integrated.
Pulled in parallel, normalised into a single project schema, versioned alongside the proposal that consumes them.
Explainability · not black boxes
Every proposal, feasibility score, and design choice is auditable.
Customers see why a roof scored what it did. Engineers see which features drove the design. Auditors see which tariff version priced the deal. When regulators ask, the answer is already archived — not reconstructed after the fact.
- Per-roof feature contributions to the solar score
- Calc-trace on every incentive + subsidy eligibility
- Tariff-rule version stamped on each proposal
- Model version + data-snapshot logged per generation forecast
Why Axccelerate for solar growth
Not a lead-gen form.
A lead-to-install platform.
A landing page gives you form-fills. Our platform gives you feasibility, finance, design, install, and referral loops — the infrastructure a solar retailer actually needs.
Pricing
Priced to the portfolio, not the installs.
Solar deployments are custom — we scope against your footprint, partners, and product mix before quoting.
Glossary
The vocabulary behind every install.
A quick reference for the acronyms that show up in solar sales and engineering — the terms your commercial team, engineers, and financing partners all use.
- PPA
- Power Purchase Agreement
Long-tenor contract (typically 15-25 years) where a customer buys solar electricity at a fixed or indexed rate — financing sits with the developer, not the offtaker.
- LCOE
- Levelised Cost of Energy
Total lifecycle cost of a solar system divided by total lifetime generation. The apples-to-apples metric for comparing solar vs grid vs gas on a dollars-per-kWh basis.
- NEM
- Net Energy Metering
Tariff structure where excess solar exported to the grid is credited against imports. NEM 3.0 in several markets has shifted to time-weighted and export-rate caps.
- BIPV
- Building-Integrated Photovoltaics
Solar technology built into the building envelope — façades, skylights, spandrels — rather than bolted on. Higher $/W but doubles as architecture.
- PR ratio
- Performance Ratio
Actual AC energy output divided by the theoretical maximum given site irradiance and system size. Healthy tropical-Asia systems sit between 0.78 and 0.86.
- IV curve
- Current-Voltage curve
A module's current-voltage relationship under load. IV-curve tracers diagnose string mismatch, soiling, and module-level faults — core to O&M diagnostics.
- TIC
- Tier-1 Installer Certification
The minimum manufacturer-warranty-eligible installer tier. TIC status gates module and inverter warranty validity, which gates financing partner acceptance.
- String inverter
- Series-connected inverter
Single inverter that converts DC from multiple series-connected modules to AC. Lower $/W than microinverters but harder to isolate module-level faults.
- Microinverter
- Per-module inverter
Small inverter mounted on each module converting DC to AC at the panel. Better MPPT under partial shade, more expensive, granular monitoring.
- NOCT
- Nominal Operating Cell Temperature
The cell temperature under a standardised outdoor test (800 W/m², 20°C ambient, 1 m/s wind). Tropical rooftops routinely exceed NOCT — de-rating matters.
- SolarNova
- Singapore EDB SolarNova programme
The Singapore Economic Development Board's programme for public-sector solar deployment. Tenders bundle large portfolios of HDB, agency, and town-council rooftops.
- ITC
- Investment Tax Credit
The primary US federal solar incentive. IRA-era ITC sits at 30% of CAPEX for qualifying systems, with adders for domestic content and low-income communities.
- DC-to-AC ratio
- Inverter loading ratio
Ratio of DC module capacity to inverter AC capacity. Ratios above 1.25 clip peak output but improve yearly yield — a core design-time trade-off.
- O&M
- Operations and Maintenance
The post-install contract covering cleaning, inverter replacements, string-level diagnostics, and performance guarantees — usually tied to a performance-ratio SLA.
Your solar funnel, engineered.
30-minute scoping with a senior engineer and a solar-systems operator. You'll leave with a feasibility plan, integration sketch, and realistic timeline — not a sales pitch.