Biomass pyrolysis power generation for data centers--CNBC series

Smart Energy Negative Carbon Cycle Microgrid Why Are We Unique?

Super high efficiency outperforming traditional solutions

Fuel cost nearly zero (converted waste straw/wood chips into energy)
Continuous power supply24/7(Not affected by cloudy days or calm winds,ensuring the stability of micro-grid)

Stable raw materials safe and reliable

Biomass raw materials can be stored for an extremely long time
No need for complex temperature control No power outage in extreme weather

Negative carbon emissions compliant with carbon monetization

Each ton of biomass carbon sequesters 2 tons of CO2
Blockchain-based carbon sink tracking(automatically generatingtradable carbon certificates)

Choose Haqi and Embark on the Intelligent Negative Carbon Era of Micro-Grid.

Not only selling equipment,but also selling"energy solutions"

Free provision of"White Paper on Carbon-Electricity-HeatSynergistic Supply Planning for Micro-Grids"

Stable operation underextreme conditions with international certification endorsements: CE,lSO certifications.

Al Intelligent Energy Brain

Fault self-diagnosis:

Fault prediction accuracy rate>90%, reducing downtime losses.

Raw material Al quality inspection:

Unmanned aerial vehicle scans the moisture content of straw,and the maldecom position efficiencyis increased by 15%.

Carbon Asset Management:

Automatically Connect to Global Carbon Exchanges, Real-time Visibilityof Earnings.

Multi-functional complementaryoptimization:

Dynamically adjust the power supply ratio ofbiomass, photovoltaic and energy storage, and reduce the rate of power loss.

System Diagram

Biomass Pyrolysis Power Plant in Data Center-CNBC

1. Preprocessing system

2. Silo

3. Precipitator

4. Heat exchanger

5. Biochar automatic packaging system

6. Steam turbine generator set

7. Cooling tower

8. Switch room

9. Steam header

10. Chimney

11. Bag filter dust collector

12. Multi-cyclone ceramic dust collector

13. Drying system

14. Pyrolysis system

15. Gas-fired boiler

16. Biochar cooling machine

17. Data center

18. Lithium bromidere frigeration equipment

Preprocessing system

Silo

Precipitator

Heat exchanger

Biochar automatic packaging system

Steam turbine generator set

Cooling tower

Switch room

Steam header

Chimney

Bag filter dust collector

Multi-cyclone ceramic dust collector

Drying system

Pyrolysis system

Gas-fired boiler

Biochar cooling machine

Data center

Lithium bromidere frigeration equipment

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Schematic Diagram of The Operation Principle of CNBC Cracking Power Generation

Biomass Pyrolysis Equipment for Data Center-CNBC Parameter Table

CNBC Biomass Pyrolysis Plant for Data Center Parameters
Item	2MW	3MW	5MW
Power generation (MW)	1.6	2.4	4
Refrigeration capacity (MW)	1.6	2.4	4
System Installed Power (MW)	0.89	1.33	2.22
Hourly operating power consumption (MWh)	0.623	0.931	1.554
Carbon/electricity/cooling efficiency (%)	56.7%
Raw material particle size	2~3cm, with fluidity
Raw material moisture content	≤15%
Raw material calorific value (kcal/kg)	3900
Raw material consumption (t/h)	6.6~8	10~12	16.7~20
Biochar production (t/h)	2	3	5
Pyrolysis furnace model	CNBC-1000
Number of pyrolysis furnaces (units)	2	3	5
Boiler steam parameters	1.6MPa
Number of boilers (units)	2	3	5
Steam output (t/h)	17	25	42
Turbine model	N2-1.25	N3-1.25	N5-1.25
Number of lithium bromide units	2	3	4
PUE	1.16
LCOE	0.4
Floor area (m²)	70*60	70*90	70*150
Number of containers	840' frame cabinets; 32 40' high cabinets; boiler transported by bulk carrier	1240' frame cabinets; 4840' high cabinets; boiler transported by bulk carrier	2040' frame cabinets; 80 40' high cabinets; boiler transported by bulk carrier

Reshaping The Energy Future of Villages Parks And lslands

Scene 1 Remote Areas

Scene 2 Industrial Park

Scene 2 Island

Off-Grid Power Supplyin Remote Areas - From "Having Electricity" to "Using Good Electricity"

Intelligent breakthrough: