Customer Cases / Energy & Power

The Car Factory

Digital Energy Management Platform

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10M+ records
20M data query responded in 150ms

Business Background

Energy consumption accounts for a considerable proportion of operational costs in factory energy management. The factory faced three major dilemmas: strong reliance on energy consumption, high energy demand, and difficulty in unified energy management. Furthermore, to better respond to the national goal of carbon peaking and carbon neutrality, and establish a cost-effective, sustainable industrial ecosystem, higher requirements have been placed on data management capabilities.

Data Challenges

Major data challenges faced by traditional solutions in factory energy management

01

Difficulties in Massive Data Storage

Factories use a wide range of energy monitoring devices covering water, electricity, gas, and heating. Data must be retained for over 10 years, resulting in high difficulty and cost in statistics and storage.

02

Latency in Data Query

Real-time and aggregated energy consumption queries require millisecond-level response, which traditional databases cannot meet.

03

Lack of Multi-dimensional Analysis

Energy management involves electricity, gas, water and other dimensions. Simple analysis such as trend charts cannot support energy allocation or decision-making.

04

Inflexible Chart Visualization

Collected data can only be exported to Excel, which is time-consuming and difficult for secondary analysis or development, severely restricting business efficiency.

KaiwuDB Solution

1
To address the above challenges, we offer our costomer an all-in-one solution by establishing a digital energy management platform with KaiwuDB as the data foundation, and our data platform as the upper application.
2
KaiwuDB’s high compression storage resolves high costs for over 100,000 monitoring points. It supports concurrent writing of multi-model data, with a single-node writing speed of 500,000 records per second, enabling full access to nearly 30,000 monitoring points across the plant. Its edge computing capability enables real-time monitoring and analysis of multi-source data for critical energy management scenarios.
3
The platform supports data drill-down analysis by 20+ dimensions × 20 levels and provides nearly 40 types of basic charts. It also enables joint analysis of electricity, heating, compressed air and other models. In addition, the platform supports report export, API generation, URL sharing and dashboards, delivering multi-dimensional analysis results for decision-making. This helps improve production efficiency and achieve a visual, digital, and refined management scheme.
Energy Management Platform Solution Architecture

Client Benefits

Efficient Data Write and Query

The platform supports efficient writing of 11 million daily records from nearly 30,000 monitoring points covering water, electricity, gas, heat, heating and equipment status. It also supports data aggregated query, downsampling query and other complex queries, and can return results for 20 million records in just 150ms.

Significantly Reduced Operational Costs

With over 10x data compression and hot-cold tiered storage, the platform greatly cuts storage expenses. It achieves 15%–20% energy savings, reducing annual costs by 1–1.4 million USD per year.

Multi-source Data Integration & Intelligent Analysis

The platform smoothly integrates energy, production and relational business data, enabling aggregated analysis of multi-model data. It supports diverse visual charts with a computing speed of over 800,000 records per second, accurately calculating energy costs and supporting decision-making.

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