# Smart Building Energy & Carbon Platform and HVAC Intelligent Control for a Tech Park - 星启雨林科技 NR-TeK - 星启雨林科技 NR-TeK

> Introduced the energy & carbon platform and AI control algorithms to manage HVAC and lighting systems in tech park office buildings, balancing comfort and energy savings.

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/Smart Buildings & Parks

# Smart Building Energy & Carbon Platform and HVAC Intelligent Control for a Tech Park

Pain Point

Tech park buildings have diverse tenants, coarse HVAC and lighting control strategies, uneven heating/cooling, and high property energy costs.

Approach

Deployed the energy & carbon platform integrated with building automation, using AI to predict heating/cooling loads for demand-driven HVAC control.

Partner

A national high-tech industrial park

Field

Smart Buildings & Parks

Service

Standard Energy & Carbon Platform + Smart Control Module

Result

22%

Overall HVAC energy savings rate

Introduced the energy & carbon platform and AI control algorithms to manage HVAC and lighting systems in tech park office buildings, balancing comfort and energy savings.

## Challenge

Traditional building automation lacked predictive capability, leading to constant over-cooling or over-heating, and failed to adjust dynamically to weather and occupancy.

## Solution

Connected indoor temperature/humidity sensors and weather data to the platform, using AI load prediction to dynamically adjust chilled water temperature and fan frequency.

## Result

Achieved a 22% energy savings rate for the HVAC system while keeping indoor temperature fluctuations within ±0.5°C, significantly improving tenant satisfaction.

> “The smart control algorithm is highly precise, significantly lowering property electricity bills while maintaining office comfort.”

— General Manager of Park Property Operations

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Next Case

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Focusing on digital energy & carbon management and data asset operations.

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Zhongganghui Pudong Building, No. 538 Gushan Road, Yangjing Street, Pudong New Area, Shanghai