Comprehensive Scenarios: Integrated Clean Energy Solutions Across Multiple Dimensions

Agrivoltaics · PV carports · Industrial parks · Multi-energy microgrids

NJITG-POWER's comprehensive scenario solutions go beyond the conventional standalone PV plant, embedding solar generation deep into modern agricultural facilities, campus transport infrastructure, industrial and commercial buildings and remote microgrids. Through cross-sector combinations — PV plus agriculture, PV plus carports, PV plus industry, PV plus storage — the solutions achieve intensive, three-dimensional use of land and space together with clean energy self-sufficiency on site, helping diversified industries cut carbon and multiply economic value.

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 The Core Value of Comprehensive Scenarios 

Intensive land use · Double value from one space: generation on the greenhouse roof with crops grown below, or generation on the carport roof with shaded parking — no additional land quota is required, and one space delivers compound value.
Local clean consumption · Lower electricity costs: power is consumed on site at the park or farm, sharply cutting peak-tariff charges and avoiding long-distance transmission losses.
Green and low-carbon · Higher industry value: helps enterprises and modern parks reach carbon-neutrality and green certification goals and respond to international green supply-chain and carbon border requirements.

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Five Core Sub-Scenarios

Breaking through terrain and space constraints to build high-yield, multi-purpose green energy ecosystems suited to each site

PV Carport

Long-span steel structure · Compound space value · PV-storage-charging integration

A heavy-duty solar carport for commercial centres, industrial parks and public car parks. The robust steel structure resists wind and load, a fully sealed drainage channel keeps the underside dry, and EV chargers integrate seamlessly so the sun charges the cars.

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Agrivoltaics

Generation above · Cultivation below · Intensive land with double returns

An agrivoltaic system tailored to modern high-value greenhouses. Module transmittance and spectral distribution are customized to each crop's shade tolerance and photosynthesis needs, so the roof generates clean power while temperature, light, water and nutrients inside are regulated — doubling the benefit of green farming and renewable energy.

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BIPV (Building-Integrated PV)

Architectural aesthetics · Sunlight modulation · Passive green energy — Integrates solar technology seamlessly into skylights, pergolas, and canopies. Combines weather protection, refined natural daylighting, and clean electricity generation to transform modern structures into self-sustaining power units.

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Core Equipment Showcase

High-performance equipment sets covering generation, storage, distribution, charging and safety protection

Integrated PV-Storage-Charging Carport System

Multi-energy synergy · Smart parking management · Weather-alert protection

A packaged system integrating high-efficiency PV modules, high-strength mounting structures, commercial battery storage (BESS) and smart EV chargers. It enables on-site green self-consumption, peak-valley arbitrage and solar charging of vehicles, creating a zero-carbon smart transport microgrid.

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Featured collection

Agricultural greenhouses

Agricultural greenhouses

¥9,999.00 inc. VAT
PV Carport Solution

PV Carport Solution

¥9,999.00 inc. VAT

Comprehensive Scenario Solutions

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FAQ

No. Module transmittance and spacing are customized to each crop's shade and sun requirements, and reflected-light and spectral tuning are applied to meet the plants' photosynthesis needs.

The main structure uses high-strength hot-dip galvanized steel or aerospace-grade aluminium frames, verified by structural simulation against the local 50-year maximum wind and snow loads. A proprietary W-profile sealed drainage channel provides 100% structural waterproofing, so vehicles underneath stay dry.

Through three revenue streams: self-generated solar replacing expensive peak-tariff power, peak-valley arbitrage from storage, and lower demand charges. Typical payback is about 3 to 5 years.

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