The Kortrong one-stop solution for zero-carbon park takes low-carbon and zero-carbon emission as the development goal, and through “photovoltaic power generation, energy storage and power saving system”, builds energy facilities such as photovoltaic, energy storage, charging piles, high-efficiency water-cooled air-conditioning, intelligent building BA and so on. By means of carbon emission management, energy analysis, load regulation, power quality, equipment operation and maintenance, energy structure adjustment, energy resource optimization, etc., the park continuously optimizes its energy use structure, which helps reduce carbon emissions in the park and ultimately realizes low-carbon and zero-carbon emissions, and creates a new zero-carbon industrial park with high efficiency in energy use, lowest carbon emissions and recycling of resources.
Optical Storage and Charging
Optical storage and charging is one of the important technical means to realize zero carbon park. It mainly realizes the energy self-sufficiency of the park and the reduction, resourcefulness and harmlessness of pollutants through solar power generation, storage battery storage, electric vehicle charging and high-efficiency water-cooled central air-conditioning technologies.
High-efficiency refrigeration technology
High-efficiency refrigeration technology is an important component of the zero-carbon park. Through the use of high-efficiency refrigeration technologies, such as IoT technology + AI strategy automatic control technology, the energy consumption of the park can be greatly reduced, while improving the efficiency of energy utilization.
Energy Management
Kortrong's intelligent energy management platform can be docked with energy management systems such as photovoltaic, energy storage, charging piles, central air-conditioning, intelligent water and electricity meters, etc. The BIM model can be displayed on the intelligent park management platform and monitored in real time to show the running status of the park's energy system.
Kortrong Net-Zero Industrial Park
A practical blueprint for turning “green power” into “black ink” on the income statement
1. A micro-grid that actually works
• 1.5 MW of rooftop/car-port PV + 3.39 MWh Li-ion storage + 20 smart EV chargers, all orchestrated by a 100-ms EMS.
• Result: 40 % less grid power at peak, 35 % cheaper electricity bill, and true ride-through when the utility trips.
• Surplus PV is either stored or sold; the park flips between “consumer” and (future) virtual-power-plant supplier every 15 min.
2. Money first, carbon second
Annual cash flow (2024 actual):
– PV self-consumption & feed-in: RMB 1.5 M saved.
– Storage peak-shaving & demand-response: RMB 0.95 M earned.
– Green-power certificates and carbon credits: new revenue line, price-linked to EU CBAM and China’s national ETS.
Pay-back: < 4 years without subsidies.
3. Carbon scoreboard anyone can understand
1.7 GWh of solar electricity = 1 000 t CO₂ avoided = 96 000 trees or 50 soccer pitches of forest. Data are third-party audited for Scope-2 disclosures and export compliance.
4. The “Kortrong Cloud” – Net-zero ERP
AI forecasts PV output and load 5 min–24 h ahead; the solver re-dispatches batteries, chargers and HVAC every 5 min to maximise arbitrage while keeping SOC > 15 % for back-up.
Digital twin gives minute-level fault location; insurance premium cut 18 %.
One-click dashboard exports ISO 14064 and GHG-Protocol files for tenants and their overseas buyers.
5. From demo to default
What used to be a “pilot project” is now a balance-sheet asset class: modular 3 MW blocks, plug-and-play contracts, and an off-balance-sheet lease option if the tenant prefers OPEX to CAPEX.
During China’s 15th Five-Year Plan (2026-2030) Kortrong will replicate the template in eight provincial parks, proving that Net-zero is no longer a cost centre—it is the new industrial baseline.
