What We Do & Track Record
We have a strong track record in delivering large-scale renewable energy projects
3 GW
Total Solar Capacity
Detailed engineering works delivered across utility-scale
and distributed generation projects
12 GWhr
BESS Capacity Engineered
Battery energy storage systems designed for grid-scale
and commercial applications
A
Design & Engineering Services
Detailed engineering works for Solar & BESS projects ranging from concept to construction-ready documents
B
Proposal Engineering
Pre-bid engineering works supporting competitive tender submissions for Solar & BESS projects
C
Business Consulting
Strategic consulting for Renewable business entry, manufacturing setup, and renewable power procurement for C&I customers
D
Owners Engineering
Independent engineering oversight protecting owner interests throughout project execution
E
Technical Product Development
Comprehensive product development services
F
Asset Improvement
Performance improvement of operational assets
Track Record - Consulting & Engineering Services
Project Engineering
Solar
-
327 MWp Solar PV, Maharashtra
-
60 MWp Solar PV, Maharashtra
-
15 MWp Solar Power Plant in Karnataka
-
10 MWp Solar Power Plant in Nagpur, Maharashtra
-
8.5 MWp Solar Power Plant in Raipur, Chhattisgarh
-
6.75 MWp MW Solar PV, Rajasthan
-
4.75 MWp Solar PV, Tamil Nadu
-
1.3 MWp Solar PV, Maharashtra
-
Civil & Structural Design Services
BESS
-
300 MWh BESS Project, Andhra Pradesh for multinational developer (FDRE Project)
-
250 MW / 500 MWh BESS Project, Tamil Nadu for a PSU
-
50 MW / 100 MWh BESS Project – Gujarat
-
20 MW / 40 MWh Commissioned System, Maharashtra (part of 500 MWh project)
Proposal Engineering
Solar
-
1200 MW Solar PV Plant
-
670 MW Solar PV, Saudi Arabia
-
300 MW Solar PV
-
145 MW Solar PV (Awarded)
-
50 MW Solar PV Project, Pwalugu, Ghana
-
50 MW Solar PV Plant
-
17 MW Solar Power Plant, Maharashtra
-
10 MW Engineering Support
Business Consulting
-
Solar & BESS business entry
-
5GWhr BESS assembly and manufacturing facility setup along with testing centre
-
Renewable power purchase support through open access
-
BESS renewable integration application
BESS
-
600 MW / 2400MWh Project
-
1000 MW / 4000 MWh
-
375 MW / 1500 MWh
-
300 MW / 1200 MWh BESS
-
600 MWh BESS Project
-
200 MW / 400 MWh
-
300 MWh project, Rajasthan
-
250 MW / 500 MWh Project
-
250 MWh project, Gujarat
-
50 MW / 100 MWh (Awarded)
-
50 MW / 100 MWh Project
Technical Product Development
-
Solar & BESS related product development services
Asset Improvement
-
Performance Improvement of 65 MW Operational Assets
-
Lender's Independent Engineer Works of 50 MW
Project Case Studies
Engineering Consultancy for Standalone BESS Project
Role: Detail Engineering Services
Neopulse Energy provided engineering consultancy for the MSEDCL Standalone BESS project of 500MW, focusing on detailed engineering for two BESS locations, each 10 MW / 20 MWh with Central and String Configuration.
Standalone BESS Project
20 MW / 40 MWh
Total Capacity (Across two BESS sites)
Detail Engineering Services
4 Months
Duration (From LOI acceptance to completion)
Completed
Successfully delivered on schedule
Scope of Work
MDL Preparation
Engg. Drawings
System Design
RFQ & Vendor Support
Quality & Risk Plans
Document Review
Final Deliverables
Creation of Master
Drawing List
Basic & Detailed Engineering Drawings
Comprehensive system sizing and design
​RFQ for critical items; vendor drawing review and technical clearance
Development of Field Quality Plan, EHS Plan, Risk Analysis
FAT & SAT
document review
Final Bill of Quantities (BOQ) and IFC/GFC drawings
Deliverables
-
MDL document submissions & biweekly status updates
-
Up to 70 engineering documents
-
Risk mitigation plan
-
Disaster Management & Evacuation Plan
-
As-built drawings
Value delivered
​Delivered a complete engineering package on time within 4 months, ensuring seamless project execution and meeting all commitments
Project Case Studies
5GWh BESS Manufacturing Plant
Comprehensive Technical Consultancy & Plant Development
Neopulse Energy provided end-to-end technical consultancy for state-of-the-art battery manufacturing facility, representing a major advancement in India's energy storage infrastructure. This comprehensive project encompassed conceptualization, plant design, manufacturing equipment selection, and testing unit finalization—delivering a complete turnkey solution for large-scale battery production.
Plant Design & Layout
Complete factory layout planning with optimized assembly line configurations, capacity planning, and auxiliary system integration
.png){kind=small}
Equipment Selection
Techno-commercial analysis and vendor partner selection for critical manufacturing equipment and testing instruments
Logistics & Storage
Comprehensive warehousing solutions and intra-shop logistics planning for efficient material movement and battery storage
Comprehensive Scope of Work
Process & Operations
-
Detailed study of process elements and manufacturing workflows
-
Development of operational philosophies for assembly line optimization
-
Layout design for maximum efficiency and capacity utilization
-
Integration planning for auxiliary systems and support infrastructure
Quality & Testing
-
Comprehensive listing and specification of equipment and testing instruments
-
Complete testing and quality control laboratory setup
-
Implementation of rigorous quality assurance protocols
-
Compliance with international manufacturing standards
Project Case Studies
Design-Driven Performance Unlock
65MW Solar Portfolio Poised for 5–15% Revenue Uplift with <2-Year Payback
This engagement demonstrated our ability to combine deep engineering expertise with practical asset management knowledge to unlock hidden value in utility-scale renewable energy portfolios. Our methodology encompassed three critical workstreams that collectively provided a 360-degree view of portfolio performance and improvement potential.
65MW
Portfolio Capacity
Cumulative AC capacity across 3 plants
5-15%
Revenue Uplift
Projected increase through optimization
<24
Payback Period
Months to recover investment
Our Comprehensive Approach
.png){kind=small}
Technical Audits
End-to-end assessment of existing infrastructure across all three plants, evaluating electrical systems, inverter performance, module degradation patterns, and grid interconnection quality. We conducted comprehensive testing protocols to establish baseline performance metrics.
Design Review
Detailed comparison of original design specifications against actual field conditions and performance data. We identified design assumptions that no longer held true and quantified the impact of design deviations on energy generation and system reliability.
Site Audits
On-ground inspection and diagnostics of all critical systems including mounting structures, electrical infrastructure, monitoring systems, and civil works. Component-level health assessments revealed maintenance gaps and opportunities for immediate performance recovery.
Value Delivered
This initiative shows how combining rigorous engineering analysis with deep operational expertise unlocks hidden value in mature solar assets. By identifying and quantifying performance gaps, our assessment gave asset owners a clear roadmap to capture 5–15% revenue uplift through targeted interventions—all with payback periods under 24 months.